In simple words, overclocking is done to make your PC work faster. It involves adjusting the power, core, voltage, memory settings and other settings of your system for the ultimate performance of your processor, RAM, and motherboard.
An advantage of overclocking is that it speeds up not only the components but the gameplay as well. This works in your favor with tasks like transcoding and image rendering, which are processor-intensive.
Before we begin discussing 10 Best CPU and GPU Overclocking Softwares, we need to go through some basic principles.
Firstly, the more voltage you add to your components, the more heat that component is going to produce.
Secondly, the higher the clock speed you are trying to work on, the more voltage you will need to power that attempt.
Most importantly, there is only a set limit of voltage your PC part can take before you start seeing detrimental effects.
While most people focus on the advantages of overclocking, it is essential to know its flip side as well. Pushing it to its limit and making your PC work at its optimum continuously, could damage some components permanently or shorten their lives too.
After all, workload results in their wearing out. Therefore, it is advisable first to use an testing software to make sure that your PC can handle the strain.
Now that you have a fair idea about overclocking and how it works let’s get right down to discussing the 10 Best CPU and GPU Overclocking Softwares.
This simple software works best for a Windows system. It is so simple, and it is extensively used not just by pros but by newbies as well.
Intel Extreme Tuning Utility is supposed to be one of the 10 Best CPU and GPU Overclocking Softwares as it helps you overclock, monitor and stress a system, with a software interface that exposes its robust capabilities common in most platforms, plus special new features for net Intel application processors and Intel motherboards.
You could use the manual tuning tab to tweak your processor graphics, voltage, and memory.
With the Stress Test modules, you can exercise your CPU, memory, and graphics to decide if the system is still stable.
The software is powerful and worth the installation, with features like graphs which record CPU utilization, temperature, and frequency of the process, which changes with time so that you can monitor these changes.
Afterburner is the world’s most used Graphics card overclocking utility. Considered to be among the 10 Best CPU and GPU Overclocking Softwares, Afterburner gives you full control of your graphics cards.
You will also be given an incredibly detailed overview of your hardware, and the software comes with some additional features such as customizing fan profiles, benchmarking and video recording.
A unique feature of Afterburner is that it manages to show the Graphics Card Operating Status accurately by providing a complete monitoring function.
All important information including the GPU core clock, memory clock, temperature, voltage, and fan speed have a real-time on-screen-display monitor in games and real-time information in Windows Tray Icon.
The adjustments can be saved in five profiles and users can quickly switch to different settings with hotkeys.
MSI Afterburner recently released an upgraded version of the software, which not only supports the latest NVIDIA GeForce 500 and AMD Radeon HD 6000 series of graphics cards but also adds the Predator in-game video capture function.
Gamers, this is the moment you had been waiting for because now you can capture all of the most intense moments in your favorite games and share them with the world on sites like YouTube. Install Afterburner to experience glitch-free overclocking.
Securing a steady place among the 10 Best CPU and GPU Overclocking Softwares EVGA Precision is free to use, convenient overclocking software for Intel CPU.
The best feature of EVGA Precision is that it allows users to create up to 10 custom profiles. EVGA has become a must-get for gamers who want to up their gaming laptop and enhance it in terms of hardware performance.
The latest version is supported by Microsoft Direct 12 API which also lets you change memory offset and clock.
Its highlighting features comprise of easy switching between user profiles, navigable interface, voltage and so much more! PrecisionX, The latest version, has also been introduced and has 16 newly added features including overclocking support, full support for Microsoft Vista 7,8,8.1 and 10
Another newly added feature is the EVGA LED Sync, which can be used to sync EVGA RGB graphics card, CLC cooler or chassis with the EVGA LED Sync, which is built into the Precision XOC.
Using EVGA Precision X is beneficial as it includes an independent voltage or frequency points giving ultimate control, a linear mode providing one-click overclocking, scan mode for finding maximum voltage/frequency carve for your card, OSD interface with RGB color support, custom fan control, in-game screenshot hotkey that supports BMP and JPG.
If you have an AMD GPU, this is the one overclocking software you might need
AMD Overdrive only mainly supports AMD’s own branded GPUs, but it also manages to offer one of the most impressive ways to get your PC running at an invigorated pace and is One of the 10 Best CPU and GPU Overclocking Softwares
The attractive interface provides easy access to an impressively in-depth set of tools which makes it the ideal software for both relative newcomers and seasoned overclockers.
This overclocking tool for a starter offers, AMD Overdrive which enables you to change the clock speed of your RAM and be able to adjust the overall speed of your fans.
This comes in handy and is incredibly useful in times when you have overheating issues.
The in-built status monitor screen enables you to see the state of your processor in real time as it is being overclocked to the hilt, and with a streamlined interface that’s markedly improved over the year, you can also easily and efficiently tweak the voltage or clock speeds by moving a slider.
These are one of the 10 Best CPU and GPU Overclocking Softwares, at the same time they are two free programs that give you an in-depth look at the hardware and also help you locate a room for improvement
Most free overclocking tools don’t give you the kind of data you actually need to see where your machine can be tweaked for optimal usage.
That’s where tools like CPU-Z and GPU-Z come in handy by offering an in-depth look into precisely how your PC or laptop is performing and functioning
CPU-Z enables you to track down processor name and number details, it also determines codenames, identifies processes and packages, cache levels and so much more.
It tests the functionality and performance of your mainboard and chipset, as well as bringing up memory types, sizes, and timings as well as Module Specifications (SPD).
It even offers real-time measurements of each Core’s Internal Frequency and memory frequency.
GPU-Z supports Nvidia, AMD, ATI and Intel GPUs this makes sure you’ll have a card that’s compatible.
The free tool also displays display information, adapter, GPU and provides all the information you’ll be for overclocking, default clocks and 3D clock shenanigans.
Both GPU-Z and CPU-Z work exceptionally alongside all of the overclocking tools.
As the name suggests, SetFSB lets users who have certain chips to modify their FSB speed without having to access it from the system BIOS menu.
This can be useful to those who use certain PC hardware whose manufacturer has disable advanced system menus.
Unlike most overclocking tools, SetFSB is mainly concerned with making adjustments to your system’s front-side bus (FSB), which essentially connects your CPU to the main memory.
The speed is measured in MHz and can vary from 60 MHz to 400 MHz . In fact, it could even go slightly higher if you are lucky. Quite naturally, higher the speed, better the performance.
However, you need to know that SetFSB is not the best for the faint of heart. Run this software only if you’re an experienced PC tinkerer and overclock pro.
You will require a good knowledge of the limits of your motherboard and CPU before tweaking with its settings, or you could end up cooking your machine because of the unbridled precision at your fingertips.
Makes sense why it made it to the list of 10 Best CPU and GPU Overclocking Softwares, doesn’t it?
7. NVIDIA Inspector
This is one of the 10 Best CPU and GPU Overclocking Softwares for GPU and analyzing the graphics cards.
On this software tool, you can get useful information about your graphics cards like the GPU clocks, GPU temperature, memory size, memory clocks, BIOS, voltage, BIOS, clock speed and many more useful insights that are essential for overclocking GPU to gain the maximum performance.
With this software, users identify important information about the hardware on their operating system as well as any drivers that may currently be installed.
This makes the software an excellent supplement to existing options such as a standard control panel.
You can install the entire package free of cost, and the download is complete within minutes.
There have been many recent upgrades to the older versions of NVIDIA Inspector. Currently, NVIDIA Inspector is an Open Source Program, which means more changes are likely to take place in the future.
You will then be able to export Predefined settings, and the display template will streamline so that users can find what they are looking for. No wonder NVIDIA Inspector is considered to be 10 Best CPU and GPU Overclocking Softwares today!
This simple overclocking software tool is compatible with AMD graphic cards that are used to analyze AMD chipsets and accordingly adjust the Clock Speeds of RAM.
The user can also tweak the settings of the clock frequency, voltage, memory clocks, GPU temperature.
The status monitor featured in the software provides an easy visual interface to have real-time insight into the processor.
Moreover, the users can also perform stability tests after modifying the settings to make sure the system can manage the overclock changes.
Every AMD Ryzen processor is multiplier-unlocked from the factory, which enables users to personalize performance to their taste.
AMD provides the AMD Ryzen Master utility to access this powerful feature. On AMD Ryzen Master you can create up to four profiles to store custom user-defined configurations.
You will even get to adjust active cores, integrated graphics frequency and adjust memory timings, too, to optimize general performance or fine tune for your favorite applications.
These features make AMD Ryzen Master one of the best 10 Best CPU and GPU Overclocking Softwares you could come across.
9. Riva Tuner
Easily one of the 10 Best CPU and GPU Overclocking Softwares, Riva Tuner is a complete tool providing you everything you may need to tune NVIDIA GPU based Display Adapters.
First It is developed by Alexey Nicolaychuk in 1997, Riva Tuner was created for the NVIDIA video cards.
RivaTuner supports all NVIDIA display adapters starting from Riva TNT family up to the latest GeForce 7.
It is also compatible with the widest range of NVIDIA drivers starting from the oldest Detonator 2.08 up to the newest ForceWare driver’s family.
Riva Tuner is popular for features such as:
- Multi-monitor support
- Built-in registry editor
- Overclocking tool
Apart from being one of the 10 Best CPU and GPU Overclocking Softwares. It is important to mention that MemSet is more advanced and designed for more serious users.
CPU-Tweaker works only with processors that have embedded memory controllers. AMD Phenom or Intel Core i3, i5, or i7 for instance.
MemSet is a complex memory overclocking software which provides most of the features you would expect to find in the BIOS, though a tool like AMD Overdrive also offers many of the same advanced options.
Some of the Best CPU and GPU Overclocking Softwares have been listed above. Hope you found the one that suits your system the best.


The basic premise of a battery box is to provide protection of your battery from the elements, especially water, and to keep it secured during transport. Exposed batteries will quickly deteriorate when exposed to adverse weather conditions. Battery boxes extend the life of the battery and also protect your vehicle, equipment, and cargo from potential acid spills from your battery. Battery boxes also prevent electrical cell shortages and fires.
If you are looking to create a customized battery box, contact PFI for battery box fabrication to your specifications.
Are Battery Storage Boxes Required?
Battery storage boxes are deemed necessary in many industries and applications. For example, aerospace battery boxes are a necessity to protect power sources for certain types of motors. Similarly, a battery shield is an essential component in also securing and protecting aircraft power sources. PFI battery boxes will keep your battery safe from moisture and secure the battery connectors to reduce the potential of an electrical accident.
Battery boxes also provide protection from extremely cold weather. The battery case at very low temperatures can possibly become damaged and leak its chemical contents. The chemical solutions that are present inside the battery can be extremely harmful. Battery storage boxes can contain those materials protecting both people and the environment.
What Material Are Battery Boxes Made Of?
Battery boxes can be constructed from a variety of materials. The most common is polypropylene. Polypropylene is a plastic that offers many advantages and features, most importantly they are resistant to the chemical solutions in batteries and can withstand acidic spills. Plastic battery boxes have a high impact strength and offer greater protection. It also can be waterproofed and offers protection against cell shortages. Plastic is also lightweight and economical.
At PFI we use only the highest quality materials to fabricate your customized battery packs. Contact us to discuss your advanced equipment needs.
What Types of Batteries Need Battery Boxes?
Medical device batteries, among other industries that require sensitive and sterile environments, require a battery shield. Deep cycle batteries that are common in most applications normally have exposed connectors that pose safety concerns while in use or in transport. The caustic nature of batteries and their primary use being exposed to the elements necessitate protection that a battery box can provide.
How Do You Waterproof a Battery Box?
Battery boxes are often referred to as water-resistant or waterproof. A key difference between the two is the material from which the box is fabricated. Plastic’s advantage is that it can offer waterproof protection. Other materials would require additional coatings to become waterproof.
Battery protector construction must also be taken into consideration as many battery box designs include ventilation holes and spaces for wire connections. These features are important considerations when selecting a battery box that is water-resistant versus waterproof.
Why Choose PFI as Your Battery Box Manufacturer?
At PFI, we pride ourselves on over 40 years of custom plastic fabrication for our customers. Our reliable team is committed to putting high-quality products in your hands as quickly as possible and prides themselves on their vast experience and flexibility in custom projects.
The experts at PFI are able to fabricate battery boxes to suit your needs. Protect your investment, batteries, and customers from the hazards of a damaged battery. Contact us today to discuss your custom battery protector.


The Benefits of Using Alien Lab Carts for Scientific Research
Alien lab carts. In the world of scientific research, efficiency and accuracy are crucial. Researchers are constantly looking for ways to streamline their processes and improve their results. One tool that has gained popularity in recent years is the use of alien lab carts. These specialized carts are designed specifically for scientific research and offer a range of benefits that can greatly enhance the research experience.
One of the main benefits of using alien lab carts is their versatility. These carts are designed to be highly customizable, allowing researchers to tailor them to their specific needs. This is especially important in the field of scientific research, where experiments and procedures can vary greatly. With alien lab carts, researchers can easily adjust the cart’s layout, shelves, and attachments to accommodate their equipment and materials.
Another advantage of using alien lab carts is their mobility. These carts are equipped with heavy-duty wheels, making them easy to move around the lab. This is particularly useful for researchers who need to transport their equipment from one area to another. With traditional lab furniture, this process can be time-consuming and labor-intensive. However, with alien lab carts, researchers can quickly and effortlessly move their equipment, saving valuable time and energy.
In addition to their versatility and mobility, alien lab carts also offer a high level of organization. These carts are designed with multiple shelves and compartments, allowing researchers to keep their equipment and materials neatly organized. This not only makes it easier to find what they need but also helps to prevent accidents and spills. With everything in its designated place, researchers can focus on their work without the added stress of clutter and disorganization.
Furthermore, alien lab carts are designed with ergonomics in mind. These carts are adjustable in height, allowing researchers to work comfortably at their desired level. This is especially important for tasks that require precision and attention to detail. By being able to adjust the cart to their preferred height, researchers can reduce strain on their bodies and improve their overall comfort while working.
Another significant benefit of using alien lab carts is their durability. These carts are made with high-quality materials that are built to withstand the demands of a busy lab environment. They are designed to hold heavy equipment and withstand frequent use, making them a long-lasting investment for any research facility. This durability not only saves money in the long run but also ensures that researchers can rely on their carts for years to come.
Moreover, alien lab carts are designed with safety in mind. These carts are equipped with features such as locking wheels and sturdy handles, making them safe and secure to use. This is especially important when working with hazardous materials or delicate equipment. With the added safety measures of alien lab carts, researchers can have peace of mind knowing that their equipment and materials are secure.
In conclusion, the use of alien lab carts offers a range of benefits for scientific research. From their versatility and mobility to their organization and durability, these carts are a valuable tool for any research facility. With their ergonomic design and safety features, they not only improve the efficiency of research but also promote a safer and more comfortable working environment. As the demand for efficient and effective research methods continues to grow, it is no surprise that alien lab carts have become an essential tool for many researchers.
How Alien Lab Carts Improve Efficiency and Organization in the Laboratory
In the fast-paced world of scientific research, efficiency and organization are crucial for success. This is especially true in laboratory settings, where experiments and data collection require precision and attention to detail. With the constant advancements in technology, scientists and researchers are always on the lookout for tools and equipment that can streamline their processes and improve their overall efficiency. One such tool that has gained popularity in recent years is the alien lab cart.
Alien lab carts, also known as mobile laboratory carts, are specialized carts designed specifically for use in laboratory settings. These carts are equipped with various features and functionalities that make them an essential tool for any laboratory looking to improve efficiency and organization. Let’s take a closer look at how alien lab carts achieve this and why they have become a must-have in modern laboratories.
First and foremost, alien lab carts are designed to be highly mobile. Unlike traditional lab carts, which are often bulky and difficult to maneuver, alien lab carts are compact and lightweight, making them easy to move around the lab. This mobility allows researchers to bring their equipment and supplies directly to their workstations, eliminating the need for constant back and forth trips to retrieve materials. This not only saves time but also reduces the risk of contamination and human error.
Another key feature of alien lab carts is their customizable design. These carts can be tailored to meet the specific needs of a laboratory, with options for different sizes, configurations, and storage capabilities. This means that researchers can have a cart that is perfectly suited to their work, with designated compartments for different tools and supplies. This not only improves organization but also ensures that everything is easily accessible, reducing the time spent searching for materials.
In addition to their mobility and customization, alien lab carts also come equipped with various features that further enhance efficiency and organization. For instance, many carts come with built-in power outlets, allowing researchers to plug in their equipment directly on the cart. This eliminates the need for extension cords and reduces the risk of tripping hazards. Some carts also come with adjustable shelves and drawers, providing researchers with the flexibility to store different-sized items. This feature is particularly useful for labs that work with a variety of equipment and supplies.
Furthermore, alien lab carts are designed with durability in mind. They are made from high-quality materials that can withstand the rigors of a laboratory environment, such as spills and chemical exposure. This not only ensures the longevity of the cart but also reduces the need for frequent replacements, saving labs time and money in the long run.
Aside from improving efficiency and organization, alien lab carts also contribute to a safer working environment. With designated storage compartments and secure locking mechanisms, these carts help to keep hazardous materials and equipment out of reach, reducing the risk of accidents and injuries. Additionally, their compact design allows for better visibility in the lab, reducing the chances of collisions and accidents.
In conclusion, alien lab carts have become an essential tool in modern laboratories due to their ability to improve efficiency and organization. Their mobility, customization, and various features make them a valuable asset for any lab looking to streamline their processes and enhance safety. As technology continues to advance, it is safe to say that alien lab carts will continue to play a crucial role in the success of scientific research.
Exploring the Latest Technological Advancements in Alien Lab Carts for Enhanced Experimentation
In the world of scientific research, the use of advanced technology has become increasingly important in order to conduct experiments and gather data efficiently and accurately. One area where technology has made a significant impact is in the development of alien lab carts. These carts, equipped with the latest technological advancements, have revolutionized the way experiments are conducted in the field of extraterrestrial research.
One of the key features of these alien lab carts is their ability to withstand extreme conditions. As we explore the vastness of space, we encounter environments that are vastly different from those on Earth. These carts are designed to withstand high levels of radiation, extreme temperatures, and even the vacuum of space. This allows scientists to conduct experiments in a variety of environments without the risk of damaging their equipment.
Another important aspect of these carts is their mobility. In order to gather data and conduct experiments effectively, scientists need to be able to move their equipment to different locations. The alien lab carts are equipped with advanced propulsion systems that allow them to navigate through different terrains and even low-gravity environments. This mobility is crucial in conducting experiments on different planets and moons, where traditional methods of transportation may not be feasible.
One of the most exciting features of these carts is their advanced data collection capabilities. With the use of sensors and cameras, these carts are able to collect vast amounts of data in real-time. This data can then be transmitted back to the scientists on Earth for analysis. This allows for a more efficient and accurate collection of data, as well as the ability to make real-time adjustments to experiments based on the data being collected.
In addition to data collection, these carts also have the ability to perform experiments autonomously. This means that scientists can program the carts to conduct specific experiments without the need for constant human supervision. This not only saves time and resources but also allows for experiments to be conducted in remote locations where human presence may not be possible.
One of the most significant advancements in these alien lab carts is the integration of artificial intelligence (AI). With the use of AI, these carts are able to analyze data and make decisions based on that data. This allows for a more efficient and accurate analysis of data, as well as the ability to adapt to changing conditions in real-time. This integration of AI has opened up new possibilities for experimentation and data analysis in the field of extraterrestrial research.
Furthermore, these carts are also equipped with advanced communication systems. This allows for seamless communication between the carts and the scientists on Earth. Scientists can remotely control the carts and receive data in real-time, making it possible to conduct experiments and gather data from millions of miles away.
The development of these alien lab carts has not only enhanced the efficiency and accuracy of experiments but has also opened up new possibilities for scientific discoveries. With the ability to conduct experiments in a variety of environments and the integration of advanced technology, scientists are now able to explore and understand the universe in ways that were previously unimaginable.
In conclusion, the latest technological advancements in alien lab carts have revolutionized the field of extraterrestrial research. These carts, with their ability to withstand extreme conditions, mobility, advanced data collection capabilities, and integration of AI, have made it possible for scientists to conduct experiments and gather data in a more efficient and accurate manner. As we continue to explore the vastness of space, these carts will play a crucial role in our understanding of the universe and its mysteries.


Deadline: Feb, 18th
Mission Duration: February 19th-28th, 2021
HABITAT MARTE Space Analog Station is communicating the international call for Space Analog Virtual Missions organized by Habitat Marte during 2021.
The Habitat Marte developed a methodology for virtual missions, when participants are invited to imagine how would be the operation of a space station on Mars. Participants will be chiefs and researchers in the station, imagining features and activities during the mission.
Meetings occurs Monday, Wednesday, Friday, Saturday, 12 PM GMT, moment called CapCom, based on Zoom
In this modality of Space Analog Virtual Missions were registered more than 30 missions and 200 participants from 28 countries.
The Space Analog Virtual Missions presents participants since high school students to advanced career scientists. The dynamic proposed provides a great interchange of knowledge.
The Habitat Marte Space Analog Virtual Missions are very important to curriculum and boost opportunities in space academic and industry careers. Participants will receive a certificate after mission conclusion. The certificate mentions the working-hours.
Habitat Marte just establish a calendar for 2021. If you are not able now, ask about the calendar or search for “Space Analog” in www.eventbrite.com different dates during 2021.
The inscription can be done in this link:
https://www.eventbrite.co.uk/e/space-analog-virtual-mission-by-habitat-marte-tickets-141880011935. It is a donation of EU$ 50 (or R$ 325 Brazilian Reais)
It is also necessary fill the Application Form:
Weekly Habitat Marte space analog station is updating information about virtual missions, achievements, results, opportunities and next missions in @HabitatMarte social media.
Candidates can send a Whatsapp message to +55 84 99981-8160 or an email to email@example.com more information.


ECC Design Center
The image above is an actual image from the James Webb Space Telescope (JWST). To the best of my knowledge, all the data collected by the JWST is being encoded and decoded by error-correcting circuits I licensed to NASA which correct random errors and errors caused by chip failures.
If you are accessing this site from a phone or tablet, you need to touch the three short horizontal bars in the upper left corner to access the navigation panel.
I started a Minnesota corporation in 1990 named ECC Technologies, Inc. (ECC Tek) to license software and hardware designs for encoding and decoding Reed-Solomon (RS) and binary BCH (bBCH) error-correcting codes (ECC). Software was written in C and hardware was described in synthesizable Verilog. ECC Tek was dissolved in 2018, and all of its intellectual property was assigned to me.
Unlike coding theorists and pure mathematicians, I am a practical digital design engineer, and my focus has been on developing practical, down-to-earth designs described in synthesizable Verilog and in developing ECC tools written in C to simulate and test the designs and also to help in developing new designs.
The following NASA missions are using error correction designs I developed:
JWST (James Webb Space Telescope)
SDO (Solar Dynamic Observatory)
LRO (Lunar Reconnaissance Orbiter)
GPM (Global Precipitation Measurement)
MMS (Magnetospheric MultiScale)
The following is a list of companies that have licensed error correction encoder and decoder designs or other IP I developed:
Conexant Systems, Inc.
CTX Research Limited
InCOMM Technologies Company, Ltd
Pliant Logic, Inc.
Provigent Ltd. (Israel)
Raytheon Company, Space and Airborne Systems
Sarnoff Digital Communications, Inc.
Thstyme Bermuda, Inc.
Unwired Technology, LLC
All parties who have licensed designs from me are happy with the results, and the performance of my designs usually exceeds their performance requirements.
I have been involved with error-correcting codes for more than 50 years - since 1973 - and have developed and licensed C and synthesizable Verilog code for many encoder and decoder designs and ECC design tools.
If you are interested in purchasing all of the IP I own, please contact me.
The IP I own includes the following items:
RS for Fault-Tolerant Memories, SSDs and HDDs as used by NASA
RS for Digital Video Broadcasting (DVB) Compliant to European Telecommunications Standard ETS 300 421:1994
How to use my tools to develop ECC/FEC for DisplayPort or HDMI
Various Binary BCH designs for NAND Flash
Adaptable RS Design for Local and Metropolitan Area Networks Compliant to the IEEE 802.16/D4-2001 Standard
RS for 100 Gb/s Backplanes and Copper Cables Compliant to IEEE 802.3bj-2014 and 802.3bk-2013 Standards
RS and Binary BCH Simulation software written in C
ECC design tools written in C
Since some of the existing designs were developed a number of years ago before the ECC design tools were developed, I would recommend using the most recent IP to develop any type of RS or binary BCH design you may need although the existing designs can be synthesized immediately with no development effort.


- School Trips
- Seaford News
Year 10 GCSE Computer Science pupils spent the day at Southampton University learning about cybersecurity and robotics.
The day started with a talk from a member of the cybersecurity team at the University which covered topics such as ethical hacking, security threats and how to prevent them. Following this was a talk from a member of the Electronics Department giving an insight into the hardware and processes involved in the development of wearable technology. Finally, pupils had the opportunity to get hands on with a robotics challenge.
“The trip was good. I enjoyed the cyber security talk as well as the smart watch talk. I found the robotics especially interesting, and I thought it was very educational. The campus was nice, and I would like to visit again.” Joe Pearce Yr 10
- School trip
- Seaford College
- Southampton University


The requirement for higher data throughput as well as the number of mobile devices have been steadily increasing in the last few years. Since the available frequency spectrum is limited, future communication systems are expected to make a more efficient use of the available spectrum. Resource allocation is an important problem in wireless communication systems which becomes quite crucial in 5G technology, since pico-cells, femto-cells and macro-cells are overlapping in many scenarios making the resources one of the main bottlenecks of the network. While such problems have been targeted by pure communications approaches, they have been unsuccessful in deriving stability and/or performance certificates and the results obtained rely on heuristics whose performance cannot be predicted or justified. We carry systematic research via an interdisciplinary approach between control, communications and signal processing to:
- develop resource allocation mechanisms that operate in a distributed fashion, guaranteeing stability of the overall system;
- establish robustness to the network impairments (changing environment, delays, etc);
- ensure scalability of the proposed resource allocation mechanisms (the Internet would be useless if no scalability could be guaranteed, requiring restarting/resetting the network every time a new device was connected to it).


Hello,Posted by Ioffeno
Re: Anyway to trigger a video based on the position of a surface?
I'm new to MadMapper and I'm currently trying to use it to create an interactive wall at my job. The idea was to use the Leap motion controller like a mouse cursor to select things to interact with, which would then trigger a video.
I know you can use the Leap to control surfaces, so I was wondering if it was possible that I could, for example, control a circle and use it like a mouse cursor. Meaning that when the circle surface is within an area and the user uses a gesture on the Leap, it would play the appropriate video based on the location of the circle.
Any help is appreciated. My job currently only has a license for version 2, so if this is only possible with the latest version, let me know.
I'm also a computer science student, so if its possible, I could program this functionality and use it with MadMapper. Just not sure how to go about something like that.
Users browsing this forum: No registered users and 2 guests


One of the great solutions used in industrial automation processes are industrial robots, used to perform the most varied tasks. With Fluidotronica's robotic cells you can combine productivity optimization with a high level of efficiency, without forgetting the cost savings.
The robotized cells developed by FLUIDOTRONICA - from design to programming - are the ideal complement to the production automation process in your company. With these units - applied in the most varied industrial segments - you can combine productivity optimization with a high level of efficiency, always keeping in mind the cost reduction.
WHAT ARE ROBOTIZED CELLS?
Robotic cells (or robotic systems) are designed according to customer needs and goals. Industrial automation can provide great advantages if it is designed consciously and efficiently. The use of robots in industrial production processes has brought numerous advantages over the past few years: increased productivity, reduced costs, improved working conditions and operator safety as well as greater accuracy and a competitive advantage over the competition. .
TYPES OF ROBOTIZED CELLS
Robotic cells are used in various types of applications:


Job Description -
Riding on the trend of open source driven technology, we aim to provide versatile hardware platform with world-wide community leading software solution to fulfill the needs of COTS ecosystem and highly customized requirement at the same time.
Your work will contribute world-leading software technology to our products crossing over server-grade, addon-card-grade and blade-grade hardware platforms.
As a software engineer in cooperating closely with software development, you are anticipated to deliver qualified system software integration and operation mind set.
• Automation of software deployment and testing support for software development cycle
• O-RAN system deployment and operation
• In-house engineering team cloud infrastructure planning and maintenance
• Technology evaluation with open source solution
• Familiarity with software tools and methodologies
• Expertise in Linux networking techniques and system scripting
|工作待遇：||待遇面議 (經常性薪資達4萬元或以上) 薪資行情|
英文 -- 聽 /中等、說 /中等、讀 /中等、寫 /中等
Technical Experience -
• Proficient in Linux OS system configuration and management
• High-level programming and hands-on tooling skills, including source code control and scripting programming (ie. Git, Python, JS and Perl)
• Linux kernel driver and system application deployment and trouble shooting
• Containerization and orchestration technologies, including Docker and K8s
• Virtualization technologies, including VMware and KVM
• Embedded Linux platform on ARM64 architecture
• System-wide understanding of x86 virtualization techniques
• Database technologies, including MySQL, Redis …etc
• Linux kernel networking configuration, ie. Forwarding, network translation …etc
• Open-vSwitch deployment and management (plus)
• Programming skills, C/C++ and Java (plus)
• DPDK application deployment (plus)
• OpenStack technology (plus)
• Linux kernel network stack diagnostics (plus)
• O-RAN software community open source integration (plus)
• Logging and time-series database technologies, ie. Elasticsearch, InfluxDB (plus)
• Visualization technologies, ie. Grafana and Kibana (plus)
Communication Skill & Personality -
We're seeking for hands-on software engineer, including experience of open source technology and modern software testing and delivery techniques. And you're expected as a problem solver that has can-do attitude. Inside a compact and customer-oriented team group, we need members to have well understanding on agility and transparency on team work. You're required to be an independent worker and bridging actor of knowledge across team members as well. Collaboration is essential inside our team, learning from and sharing with team players know-how are highly required. To be positive and innovative to challenge the status quo.


Proscan PLED3204A 32-Inch 60Hz Ultra Slim LED HDTV
About Proscan PLED3204A 32-Inch 60Hz Ultra Slim LED HDTV:
Proscans’ ultra slim 32″ LED HD TV offers the finest in TV technology. The ultra slim LED TV features great picture and sound quality. It is wall mountable, making it ideal for any room. An acrylic trim adds stylish flair to the TV. The included Digtial ATSC tuner will ensure that you receive crisp clear digital signal, resulting in a breath taking viewing expierence. The latest in LED technology assures power efficiency and a brilliant picture. Included is a VGA PC port, which allows the TV to double as a computer monitor. If you are looking for a great TV, versatile features and at an
Features Proscan PLED3204A 32-Inch 60Hz Ultra Slim LED HDTV:
- 32-Inch Ultra Slim LED HD TV – Wall Mountable (mount not included)
- Built in USB Port: Connections: HDMI (2), VGA, YPbPR, AV Audio/Video, PC Audio, Headphone, Component and RF.
- Digital ATSC tuning for the best signal reception.
- Digital Comb Filter, Bass, Treble and Balance Controls
- Includes Full function remote control


We are committed to helping organisations make better decisions that will help us contribute to a better world.
PANDEVITA: Improving knowledge transfer between society and science during a pandemic
A project for: Horizon2020
Creating and executing an innovative evaluation concept based on the Quintuple helix model to measure social awareness and acceptability of scientific recommendations and advice.
SOCRATES: Establishing the impact and effectiveness of the use of Virtual Reality (VR) to treat obesity
A project for: Vall d’Hebron Institut de Recerca (VHIR)
Currently, there is a global increase in the interest in Virtual Reality (VR) from the healthcare sector. The Socrates project focuses on the impact of the use of VR treatments to patients with obesity.
EHealth Indicators: Measuring citizens’ access to electronic health data accross EU countries
A project for: the European Commission, Directorate-General for Communications Networks, Content and Technology (DG CNECT)
This project aims to develop a monitoring framework and methodology to measure citizens' access to electronic health data in the EU27 + Iceland and Norway.
Get monthly behavioral
Sign up to receive the monthly industry round-up from PredictBy. From healthcare industry trends to life science, behavioral science and digital platforms delivered straight to your inbox.


There are not many things that you have to use for a Learning management system, which is always plus. You will need a laptop, PC or other device like that. That device has to possess a modern browser. From an apple device to a regular PC, everything is possible! Chrome, Firefox, Safari; it doesn’t matter which explorer you use. As long as you’re connected with Internet, it’s possible to use an LMS!
To take the a course, exam, quiz or assessment, we have even less requirements. You can take the it on almost any device with an internet connection and a browser. Be it a mobile phone, tablet, laptop or pc, that's fine with us. As long as you don't use your smart fridge with touchscreen and internet connection :-)
What’s holding you back to get started with LMS? With the few requirements needed, you can easily start with a Learning Management System. A system that’s build for now and the further future! Don’t be afraid to implement a LMS, because the advantages will outweigh the disadvantages. The only thing you will need is a device with Internet (and Internet connection of course).


Open CV is an open sourced computer vision library. It is a machine learning software library used for image processing and computer vision techniques. Open CV has more than 2500 optimized algorithms for Image Processing. It is mostly used for real time computer vision applications.
List of usage.
- Face Detection
- Object Detection
- Line detection
- Retina recognition
- Motion understanding
- Mobile robotics
- Motion tracking
- Hand gesture recognition
Step by step configuration:
- · Create new Android project with C++ support
- · Select C++ version 11
- · Download Open CV SDK From https://opencv.org/
- · From file ->Import new module -> select OpenCV-android-sdk\sdk\java
- · From project properties >Import as new module
- · From App View ->Create new jni folder (Name should be jniLibs)
- · Copy all folder from OpenCV-android-sdk\sdk\native\jni and paste into newly created jniLibs folder
- · Delete all files except .so file extension.
- · Change CMakeLists.txt https://github.com/nithinchalakkal/Open-CV-Files/blob/master/CMakeLists.txt
- · Make sure both Gradles (OpenCV and app ) running in same SDK version
- · Sync the application.
Source Ref : https://github.com/nithinchalakkal/Open-CV-Files


Back to Table of Contents
The Atari 5200 is essentially a console version of the Atari 8-bit
Computers (400/800, XL, XE, XEGS). The functions of the system are
divided up between four major IC chips:
Back to Table of Contents
The CPU in the 5200 is a modified 6502 processor. The only
difference is that Atari's version of this CPU has some extra
hardware on board that allows the ANTIC chip to take over the bus to
do Direct Memory Access (DMA).
POKEY's main job is to generate sound and to perform a variety of
other miscellaneous functions. The POKEY chip has four separate
channels, and the pitch, volume and distortion values of each of
these channels can be controlled individually. POKEY is also used to
read the position of each of the joysticks, and scans the keypad on
each controller for key presses. Its other functions include the
random number generator, IRQ handling, and 3 high-speed counters.
POKEY also has a serial communications port that is connected to the
5200's expansion port.
ANTIC can be thought of as the 5200's graphics co-processor. ANTIC
has direct access to RAM where it reads a special program called the
display list. The display list tells ANTIC exactly how to draw the
display and then sends information to the GTIA which generates the
actual video signals. The 5200 supports 17 seperate video modes;
some are character modes, others graphic. Each mode has a different
combination of vertical size, horizontal size, and number of colors.
Using the display list, these modes can be mixed freely on a single
screen, so for example a screen could have a couple lines of text
mode at the top, a block of hi-res graphics in the middle, and more
text at the bottom. The location in memory that the display date
comes from can easily be controlled through ANTIC. The display data
can be almost anywhere in memory, and it is even possible for the
data for each line to come from totally different places in memory.
This allows horizontal and vertical scrolling to be implemented very
easily. ANTIC is also responsible for controlling Non-Maskable
Interrupt to the processor.
The GTIA's main responsibility is to generate the video signals to
the TV and to handle sprites. The GTIA is where the actual colors
are put into the video signal. The 5200 has a palette of 256 colors.
Most video modes only allow four colors, but a facility in the ANTIC
chip allows the values of these colors to be changed on each line of
the screen, so it is possible to have all 256 colors on screen at
once. The 5200 has four player and four missile sprites. Player
sprite are eight pixels wide and either 128 or 256 pixels high,
missiles are two pixels wide and either 128 or 256 pixels high. Each
sprite can have its on color, independent from the normal screen
colors. The GTIA chip can detect collisions between players,
missiles, and the playfield. This chip is also responsible for
reading joystick trigger buttons, and controlling which controller
is being read by POKEY.


AI systems can track user preferences and activity to offer hyper-targeted adverts, ensuring the correct people see your ads at the appropriate moment. AI can optimise ad campaigns in real-time, maximising ROI and decreasing ad spend by continuously reviewing performance data.
Blending AI technologies with customer and brand experience data, AI marketing provides incredibly accurate insights into your customer journey and market trends. It's positioned to do so in several ways, including through data-driven product improvements, individualised services, and changing consumer demand.
Understanding AI in Marketing
Artificial intelligence is the simulation of human intellectual functions by technology, particularly computer systems. Expert systems, natural language processing, speech recognition, and machine vision are some examples of specific uses of AI.
Artificial intelligence (AI) marketing uses tools to make automated judgments based on data collecting, data analysis, and other observations of audience or economic patterns that may affect marketing efforts. AI marketing is the use of AI technology, such as deep learning, machine learning, etc., to evaluate customer data and forecast customer behaviour.
There are four types of AI used in marketing:
1. Machine Learning
Machine learning (ML) uses statistical techniques to examine social media data to provide highly accurate insights into audience sentiment, customer experience, and other marketing-related factors. Once trained, ML models automatically accomplish tasks like semantic clustering, aspect categorisation, text mining, topic extraction, and more to produce results in a matter of seconds.
To scale your company operations while reducing future investment in your tech stack, AI-ML models automatically upgrade as they become smarter over time and handle more data.
2. Natural Language Processing (NLP)
Your AI marketing solution uses natural language processing to comprehend social listening data contextually and semantically. It combines statistical and rules-based lexical methods to give you the ability to scan a variety of posts, emails, reviews, or comments and extract important information from them.
When NLP algorithms are programmed for social listening, they can decipher input that is littered with slang, code shifts, emojis, hashtags, and spelling errors. The tool's ability to assist you in producing high-performing text for posts, customer answers, and other uses is further improved by natural language generation (NLG).
This improves contact with current consumers, offers you access to a larger audience for outreach initiatives, and increases the return on our social media investment.
3. Predictive Analytics
A subset of advanced analytics called predictive analytics uses historical data along with statistical modelling, data mining, and machine learning to forecast future results. By utilising trends in this data, businesses employ predictive analytics to identify both risks and opportunities. Big data and data science are frequently linked with predictive analytics.
Companies are currently flooded with data, which can range from log files to photos and video and is stored in various data repositories throughout an organisation. Data scientists employ deep learning and machine learning algorithms to detect patterns and forecast future events to obtain insights from this data.
These statistical methods include decision trees, neural networks, and logistic and linear regression models. Some of these modelling methods generate additional prediction insights using the initial predictive learnings.
4. Computer Vision
Computer vision is a form of artificial intelligence that enables machines to interpret and evaluate the visual world, mimicking how people perceive and comprehend their surroundings. Digital photos and videos use machine learning models to recognize and categorise items before letting computers respond to what they perceive.
The Impact of AI on Customer Experience
In the dynamic world of marketing, businesses are embracing Artificial Intelligence (AI) to elevate customer experiences and maintain a competitive edge. This transformative shift has brought forth an era where personalised interactions, data-driven decision-making, and optimised content creation take centre stage in effective marketing strategies.
AI's influence on customer experience is prominently seen through personalised recommendations. By scrutinising user behaviour and preferences, AI algorithms curate tailored product suggestions, increasing the likelihood of conversion, and fostering customer satisfaction. Additionally, AI extends its capabilities to provide content suggestions, ensuring users are engaged with material that aligns with their interests.
Chatbots and Customer Support
The ubiquitous integration of chatbots in customer support has become a hallmark of modern business practices. Operating 24/7 and delivering instantaneous responses, chatbots efficiently handle routine queries, allowing human agents to focus on resolving more complex issues. It accelerates response times and contributes to a seamless and efficient customer experience.
Customer Journey Optimization
AI plays a pivotal role in optimising the customer journey by tailoring experiences at each touchpoint. Predictive analytics enables businesses to anticipate customer behaviour and proactively address needs.
Personalization through Segmentation
AI enables businesses to create customer segments based on behaviour and preferences, paving the way for targeted campaigns that resonate with specific audience groups. This approach fosters a more personalised marketing strategy that caters to the diverse needs and preferences of the customer base.
A/B Testing and Optimization
AI serves as a catalyst for continuous testing and refinement through A/B testing. By harnessing AI algorithms, businesses can maximise the performance of their campaigns by identifying the most effective strategies. This iterative process ensures that marketing efforts are consistently optimised for better results.
Content Creation and Optimization
Dynamic content generation is another realm where AI is making significant strides. AI-powered tools are employed to create content customised for different audiences, ensuring relevance and engagement. Additionally, AI plays a crucial role in SEO and keyword optimization, aiding businesses in identifying high-performing keywords and optimising content for improved search engine visibility.
Ethical Considerations and Transparency
As AI becomes more integral to marketing strategies, ethical considerations and transparency become paramount. Adhering to data protection regulations, such as GDPR, is imperative to build trust with customers regarding data usage. Transparency in AI-driven marketing involves openly disclosing the use of AI in customer interactions and being clear about data collection and utilisation practices.
Online MBA in Artificial Intelligence and Machine Learning Management
Artificial Intelligence (AI) involves creating computer systems that emulate human brain functions, handling tasks typically requiring human intelligence. Machine Learning, a subset of AI, enables computers to learn and improve from data. Pursuing an Online MBA in AIML equips individuals to comprehend AI's technical intricacies, oversee machine learning and deep learning endeavours utilizing Multi-layer Neural Networks, and implement advanced algorithms like convolutional neural networks, promising lucrative career prospects in these fields.
An Online MBA degree in Artificial Intelligence and Machine Learning Management, from prestigious universities like DPU-COL opens the gates of opportunities. To enrol you must have an aggregate of 50% (in case of reserved categories of 45%). The career paths include data analyst, senior data scientist, data scientist, and data engineer. This online degree of 2 years for working professionals provides comfort learning to work and study together.
AI is not merely a buzzword; it is a transformative force in modern marketing strategies. From personalised recommendations and chatbots to data-driven decision-making and dynamic content creation, AI is reshaping how businesses interact with their customers. As we progress, staying abreast of emerging trends and addressing challenges will be pivotal in harnessing the full potential of AI to create unparalleled customer experiences. The future of marketing is undeniably intertwined with the intelligent capabilities of Artificial Intelligence.
Frequently Asked Questions (FAQs)
1. How can AI improve customer engagement?
AI enables businesses to smartly and effectively segment their customers based on diverse traits, interests, and behaviours. This results in improved targeting and highly effective marketing campaigns, fostering stronger customer engagement and boosting ROI.
2. How can AI help your business grow?
Nowadays, AI technologies are extensively utilized to create content, enhance customer experiences, and provide precise outcomes. Before selecting an AI tool, companies should thoroughly examine the various types of AI marketing applications accessible and observe their implementation in other enterprises.
3. How will AI Impact Marketing & Sales?
The emergence of AI, especially gen AI, holds promise for influencing three aspects of marketing and sales: customer experience (CX), growth, and productivity. In the realm of CX, tailored content and offerings can be crafted according to individual customer behaviour, persona, and purchase history, as a prime example.
4. What are AI-powered marketing solutions?
AI-driven marketing solutions provide digital marketers with centralized platforms to handle extensive data collection efficiently. These platforms extract valuable marketing insights from the target audience, enabling marketers to make data-driven decisions regarding effective outreach strategies.


Thanks for creating, building and exploring!
On April 21 parents exercised their imaginations while creating with their
students at six 10-minute stations where all were led step-by-step
through projects using some of students' favorite MakerSpace items in the
CTE Media Center.
Families learned to make projects using:
• Sphero - The original app-enabled robotic ball.
• Makey Makey - An invention kit for the 21st century that turns everyday objects into touchpads.
For beginners and experts doing art, engineering, and everything in between.
• Squishy Circuits - A whole new way to explore electrical circuits from the Playful Learning Lab at
the University of St. Thomas. The goal of the project is to design tools and activities that allow
children of all ages to create circuits and explore electronics using play dough.
• K'NEX - Toy bricks, rods, and connectors that students use to build various objects.
• Snap Circuits - Build exciting projects, such as FM radios, digital voice recorders, burglar
alarms, doorbells, and much more! Parts are mounted on plastic modules that easily snap together.
• littleBits - Easy-to-use electronic building blocks that empower you to invent anything, from your
own remote controlled car, to a smart home device. The Bits snap together with magnets, no
soldering, no wiring, no programming needed.
Thanks for joining us at MakerSpace Family Fun Night!


When someone loses a full or partial limb in their lower and upper extremities, artificial limbs help that person return to a more normal life. Prosthetic limbs can restore a person's ability to walk, run and other capabilities that were lost along with the limb. New advances in artificial limbs have lead to hands that can grasp and make gestures, so what's the next logical step? According to MIT Technology review, it is prostheses with feeling.
How Does It Work?
The future advances in artificial limb technology use a neural interface that not only allows the prosthetic to move more effectively, but also stimulates the brain or nerves to allow people to feel their artificial limb and restore the sense of touch.
For this artificial devices to work properly, the doctor must implant microscopic electrodes into the brain, which are capable of listening to brain activity. The microscopic electrodes intercept brain-generated motor commands and uses these signals to control a prosthetic device.
What Does This Mean For Amputees?
This advancement in prosthetic devices can give an amputee an arm and hand that is more like a real limb. This means increasing the ability to hold onto small objects and control the amount of pressure used when grasping objects.
The sense of touch is crucial to a person's ability to grasp and manipulate objects.This could greatly improve a person's quality of life and allow them to use their new device more effectively and make even small ordinary tasks, like holding onto a glass, turning a doorknob, or picking up keys easier.
How Close Are These Devices?
Touch-sensitive prosthetic limbs are still undergoing research, study and trials. Researchers have conducted successful trials with monkeys. Human trials are the logical next step, which are underway. This means amputees will have to wait until research is complete. So far, the trials conducted with people have gone well, and the prospect of touch-sensitive prosthetic devices coming to fruition in the future look promising.
These advancements in prosthetic devices are a good example of how this technology is advancing. Advancements in the field of prosthetic devices can be challenging, but there are people out there up to the challenge in a quest to make the life of an amputee as normal as possible.
If you or a loved one has lost a limb, you can discuss what types of artificial limbs are available now and keep your eyes on the future, which is likely to bring some extraordinary advances in this field. For more information contact a company like Cotton Orthotic and Prosthetic to learn more.


According to a report by TechXplore, Australian engineers at the University of New South Wales have developed a new high-speed motor whose key feature is to extend the range of electric vehicles. According to the developers, the design of the prototype motor, called IPMSM, is inspired by a South Korean bridge called Gepo.
The brainchild of Australian specialists develops a speed that is higher than the record values of the permanent magnet motor previously developed by engineers, and also, despite its light weight, it does not lose power generated, thanks to which the range of electric cars can be increased regardless of the level of charge.
The new version of the motor was developed with the assistance of artificial intelligence, which selected the most suitable characteristics, taking into account all possible physical aspects. Scientists believe that their development, in addition to the automotive industry, will be able to find application in many areas, from heating and ventilation systems to the aircraft industry and robotics.
Engineers are convinced that the engine has every chance of becoming a replacement for older technologies due to its performance and availability due to the cheapness of the materials used in its manufacture.


Emergency survival crank radio/ phone charger/flashlight-2300 pc avabl - $7 (inver grove heights)
condition: new make / manufacturer: none model name / number: none size / dimensions: 128 x 60 x 45 mm
QR Code Link to This Post
They have an AM/FM radio and weather band, the weather band on these units do not work which is why these are so inexpensive. has a built in speaker. They have a crank to charge flashlight, phone charger by crank and a solar charger for phone charging and flashlight. these can also work as a battery pack by charging battery with the usb charger. Has an antenna and comes with a usb charging cord and usb charge port. These are a very handy piece for an emergency am/fm radio. Comes in a plain white box with instructions. These are great when there is no power to be had!
I have 2300 of these radios. They will be sold in lots of 100 only at $700 per lot of 100 unless someone wants all of them and we can work out a price. These retail for about $22.00 each.
Emergency Radio Solar Hand Crank AM/FM, LED Flashlight Phone Charger
100% Brand new and high quality!
Compact Radio and a powerful flashlight
Offers a choice of self-charge, solar and external recharge power options.
Multiple ways to power/charge the radio: hand crank to wind up internal alternator,
expose to sunlight to charge by solar panel,
DC recharge by connecting the mini USB cable to computer.
This is a self power emergency radio that you and your family can depend on, anytime anywhere, any weather.
1 minute hand-cranking supports over 5 minutes radio play time, over 20 minutes of continuous torch light, minutes cell phone talk time
Very compact, light, and easy to carry, good survival kit when cellphone powered off


We use GPS for our pets...Isn't it time shopping carts used it too?
At Bemis, we're all about making carts better AND smarter. Because of our unique, all-polymer design, we can embed tracking technology inside the cart. Since there's no metal, there won't be any radio-wave interference. By using a unique blend of tracking devices and a worldwide IoT (internet of things) network, our Cart Tracking system will allow you to track carts anywhere outdoors with little to no setup or installation at your store.
Cart Tracking also allows indoor tracking (with some in-store setup required). This can be used to help with COVID-19 efforts by monitoring foot traffic and length of shopping trips in your store.


Welcome to the Fishman TriplePlay, Roland GR-55 and Jam Origin MIDI Guitar 64 shootout. I really wanted to know which Guitar-to-MIDI interface is the fastest. With the arrival of the Fishman it was time for a comparison. So I set up a speed test on Logic Pro X. Curious about the results?
Hang on a little while, let me run you through my test environment setup first.
The test environment
I took a Godin Freeway SA equipped with Graph Tech Ghost technology and fitted the Fishman TriplePlay pickup onto this guitar. Then I connected the normal guitar output directly to the audio interface (Focusrite Saffire 24 Pro DSP, firewire). The Fishman sent wireless radio waves to the USB receiver, and the 13-pin cable was connected to the GR-55.
From the GR-55 I ran a cable from Guitar Out into the audio interface with just the plain, unprocessed guitar signal. Another cable connected the Left/Mono Output of the GR-55 with the audio interface with just a synth signal on it. The USB cable was connected from the GR-55 to the computer providing the MIDI signal for MIDI recording.
On the computer, a MacBook Pro, additionally to the hardware setup,I had Jam Origin’s MIDI Guitar 64 running with the lowest possible latency of 128 samples, fed from the direct guitar signal to create MIDI data.
This setup allowed my now to record six independent tracks simultaneously into Logic Pro X by just hitting one single string. First track was the reference signal. The synthesiser sound on the GR-55 was set to drums to get a fast rising signal.
Then it was time to press the record button in Logic Pro.
And here is the result
The discussion is over for now: the fastest Guitar-to-MIDI device on earth at this time is the Fishman TriplePlay!!
Actually, I wasn’t surprised at all. When I first tried out the Fishman I couldn’t believe how fast it was tracking. And this is a wireless device! And everyone who said that MIDI Guitar 64 has the fastest tracking ever has never tried a GR-55 or tried it without setting it up properly.
Is this the end of the story?
Will we all have to sell our Roland VG-99’s and GR-55’s and uninstall MIDI Guitar from our hard drives now? No. In my opinion the Fishman TriplePlay is not really in competition with the Roland gear. I won’t use the Fishman with a computer on stage but I will use the GR-55 on stage! But when it comes to recording I love to wirelessly connect to the DAW and play drums and other sounds that require fast tracking with my TriplePlay guitar. And when I am travelling with my notebook and some electric guitar in my bag I use MIDI Guitar to quickly get some MIDI into my notebook.
Now, each device has its own strengths and application area. I love them all!


“Our mission is to revolutionise the way we approach waste management and resource utilisation through innovative technology solutions. We aim to minimize waste, maximize resource recovery, and create a more sustainable future for generations to come“CEO – PENTAQ Group
Technology Experts for a Sustainable Circular Economy
At PENTAQ Group, our team of technology experts is at the forefront of developing cutting-edge solutions for a sustainable circular economy.
With a deep understanding of technology trends and environmental issues, our experts collaborate to design and implement innovative solutions that drive positive impact and create value for our stakeholders.
We offer state-of-the-art e-waste recycling solutions designed to safely and efficiently process electronic waste, including computers, smartphones, and other electronic devices. Our advanced recycling processes ensure the responsible disposal of electronic waste while recovering valuable materials for reuse.
Lithium Battery Recycling:
With the proliferation of lithium-ion batteries in various applications, proper recycling and disposal are essential to minimize environmental impact. Our lithium battery recycling solutions utilize advanced techniques to recover valuable materials and reduce the environmental footprint of battery disposal.
Waste Food Recycling:
Our waste food recycling solutions transform organic waste into valuable resources, such as compost and bioenergy. By diverting food waste from landfills and incinerators, we mitigate greenhouse gas emissions and promote sustainable waste management practices.
We specialize in the development and deployment of service robots for various applications, including waste management, logistics, and customer service. Our service robots leverage artificial intelligence and robotics technology to automate tasks, improve efficiency, and enhance productivity in diverse industries
Carbon Credit Trading Platform:
Our carbon credit trading platform facilitates the buying and selling of carbon credits, enabling organizations to offset their carbon footprint and support climate mitigation efforts. With transparent transactions and robust verification mechanisms, our platform promotes environmental integrity and encourages sustainable practices.
An array of resources
At PENTAQ, our team of technology experts is at the forefront of developing cutting-edge solutions for a sustainable circular economy. With a deep understanding of technology trends and environmental issues, our experts collaborate to design and implement innovative solutions that drive positive impact and create value for our stakeholders.
Join Us in Building a Sustainable Future
At PENTAQ, we believe that technology has the power to transform the way we live, work, and interact with the environment. Join us in our journey to build a sustainable future powered by innovation, collaboration, and a commitment to environmental stewardship. Together, we can create a world where technology enables sustainable development and prosperity for all.
- Environment Project consulting and Equipment Sales
- Turnkey Solutions
- Circular economy and Carbo credits


Many iPhone 6 users claim they have been left with worthless phones because Apple’s latest operating system permanently disables the handset if it detects that a repair has been carried out by a non-Apple technician.
Very few people outside the tech world are aware of the so-called “error 53” problem, but if it happens to you you’ll know about it. It essentially “will kill your iPhone”.
The issue appears to affect handsets where the home button, which has touch ID fingerprint recognition built-in, has been repaired by a “non-official” company or individual. It has also reportedly affected customers whose phone has been damaged but who have been able to carry on using it without the need for a repair.
What users need to know- is the problem only comes to light when the latest version of Apple’s iPhone software, iOS 9, is installed. Indeed, the phone may have been working perfectly for weeks or months since a repair or being damaged.
After installation a growing number of people have watched in horror as their phone, which may well have cost them over $500, is rendered useless. Any photos or other data held on the handset is lost – and irretrievable.
Tech experts claim Apple knows all about the problem, but has done nothing to warn users that their phone will be “bricked” (ie, rendered as technologically useful as a brick) if they install the iOS upgrade.


The Wulf Kodo Pro is the perfect size for portable use and storing in pockets.
Includes 1 Wulf Kodo Pro Cartridge Vaporizer.
Allows for precise voltage levels and features a display screen with + and - buttons to control voltage
Ranges 1.8v to 4.2v (0.2v Increments)
Charging the Wulf Kodo Pro
On the base of this 510 cartridge vape pen is a USB Type-C charging port. Connect any USB type C cable to this and attach the other end of the cable to a USB charging port.
This product comes in assorted colors. If you have preferred color(s), please include them in the comments section of your order. We will do our best to accommodate and provide the color(s) you request, however, colors are not guaranteed for this product.


PTZ camera has no action, no image, indicator is not light.
1) Check the adapter is normal connected or not.
2) Check if the cable is damaged.change another power supply to test.
PTZ can make self rotation, but no image or can not control
1)Check the Address code and baud rate is set correctly.
2)Make sure the protocol is correct.
3)Check the RS485 cable is connected in the right way.
PTZ camera can not make self rotation, with image and noise.
1)change a power supply and keep it close to the PTZ camera.
2)keep the camera in the correct position.
1) replace a qualifid video cable.
2) maybe power supply is not enough, please change a power supply and keep it near to the camera.
1)Maybe it set to manually focus,call any prest or control the PTZ camera,then PTZ camera can make auto focus.
2)clear the transparent cover
PTZ camera keeps continuous rotation
1)Please control the PTZ camera
2) turn off power and restart


The KISS-BOX I/O8 CardCage can hold up to 8 standard Kiss-Box I/O Cards. Input signals received on input cards will be translated to Ethernet UDP/IP or TCP/IP and send to the network. Network messages received from the network are translated to output signals on the selected output cards. Any compliant 3th party software can be used to process these messages and thus "read" or "write" standard in and outputs (like relays, contact-closures, analog signals) via a standard Ethernet network. A range of I/O cards is available. The I/O8 CardCage can be controlled also over ArtNet and MIDI Show Control protocols.


Author: D-BOX Technologies Inc.
D-BOX Technologies Inc. (TSX: DBO) designs, manufactures and commercializes cutting-edge motion systems intended for the entertainment and simulation and training markets. This unique and patented technology uses motion effects specifically programmed for visual content that are sent to a motion system integrated into a platform, seat or any other product. The resulting motion is perfectly synchronized with the on-screen action, thus creating an unparalleled realistic immersive experience. View all posts by D-BOX Technologies Inc.


Smart airports and aircraft
Despite recent Covid-19 fears, the number of air travellers is expected to continue growing over the next 20 years, as air traffic from the Asian and African continents surges.
Online retail is booming, boosting air cargo growth. In order to alleviate congestion in airports, new technologies are being introduced such as improved flight information displays, facial recognition and better ways to track luggage.The increasing threat of cyber attacks is also prompting airports to use the most up-to-date security techniques.
Airports and aircraft are also vying to become more sustainable as environmental concerns surge. All these new technologies rely on the latest developments in electrical and electronics engineering, underpinned by IEC Standards and Conformity Assessment systems.
IEC and ICAO
IEC collaborates with the International Civil Aviation Organization (ICAO), the United Nations specialized agency that aims to reach consensus on civil aviation standards and recommended practices (SARPs). Many IEC standards are referred to by ICAO in its SARPs.
The IEC also runs four conformity assessment (CA) systems, with a number of schemes that specifically concern the aviation industry.


Pi Crypto is a mobile mining blockchain that allows users to earn Pi coins by completing simple tasks on their phones. The Pi Network is not yet listed on any exchanges and its real value remains negligible for now.
However, there are predictions that the Pi coin will launch its mainnet soon and potentially be listed on decentralized exchanges in the near future, allowing users to convert their coins to cash. It is important to note that unauthorized third-party exchanges claiming to list Pi or its derivatives without the consent of Pi Network are not affiliated with the platform, and engaging with them may result in loss or damage.
The Rise Of Pi Crypto
Pi Crypto, based in Austin, Texas, is attracting attention in the cryptocurrency world. With its upcoming mainnet launch, Pi Coin is expected to gain value and be listed on decentralized exchanges, allowing traders and holders to convert their coins to cash.
Stay tuned for more updates on this promising project.
Pi Network: An Overview
Pi Network is a cryptocurrency project that aims to create a digital currency accessible to everyone, using the power of mobile devices. The project was started by a group of Stanford University graduates and has gained significant popularity in a short period of time.
Here are some key points to understand about Pi Network:
- Pi Network is built on a decentralized blockchain, allowing for secure and transparent transactions.
- Unlike traditional cryptocurrencies such as Bitcoin, Pi Network does not require expensive mining equipment. Instead, users mine Pi on their mobile devices, making it accessible to a wider audience.
- Pi Network utilizes a consensus algorithm called “Proof of Stake”, where users validate transactions and secure the network based on the number of Pi they hold.
- The Pi Network has a strong focus on building a community-driven ecosystem, aiming to create a network of interconnected apps and services that use the Pi cryptocurrency.
- Currently, Pi Network is in the early stage of development, with a limited functionality on the mainnet. However, the team has outlined a two-phase roadmap for the launch of the mainnet, which has sparked excitement among users.
Understanding The Pi Cryptocurrency
To better understand the Pi cryptocurrency and its potential value, consider the following:
- Although Pi Network is still in its early stages, with no tangible value associated with the Pi cryptocurrency, it has gained a significant number of users and a strong community.
- The team behind Pi Network aims to create a decentralized economy within the network, where Pi can be used for various transactions and services.
- As the network grows and more applications and services are developed, the demand for Pi may increase, potentially driving its value.
- The team has plans to list Pi on decentralized exchanges, giving Pi holders the ability to convert their coins to cash. This could open up opportunities for traders and investors.
- It’s worth noting that the value of any cryptocurrency is subject to market factors, and it’s impossible to accurately predict the future value of Pi. However, the potential for growth and usage within the Pi Network ecosystem is an aspect that attracts many users and enthusiasts.
Pi Network and its associated Pi cryptocurrency have garnered significant attention in the crypto world. With its focus on accessibility and community-driven development, Pi Network aims to create a digital currency that is easy to mine and use. While the value of Pi is yet to be determined, the potential for growth and adoption within the Pi Network ecosystem makes it an intriguing project to watch out for.
The Potential Of Decentralized Exchanges
Pi Crypto, a promising decentralized cryptocurrency, holds great potential in the world of decentralized exchanges. As it gears up to launch its mainnet, experts predict that Pi will be listed on various decentralized exchanges, providing traders and holders with the opportunity to convert their coins into cash.
Stay tuned for exciting developments in the Pi Network.
Decentralized exchanges (DEXs) have gained significant attention in the crypto world due to their unique features and benefits. As the name suggests, DEXs operate on decentralized networks, allowing users to trade cryptocurrencies directly with each other without the need for intermediaries.
The potential of decentralized exchanges is vast, offering a variety of advantages over their centralized counterparts.
Exploring The Benefits Of Decentralized Exchanges:
- Improved Security: DEXs ensure a higher level of security as they eliminate the need to trust a centralized authority with sensitive user information. Users have full control over their funds, reducing the risk of hacks or theft.
- No KYC Requirements: Unlike centralized exchanges, DEXs often do not require users to complete time-consuming and intrusive Know Your Customer (KYC) procedures. This provides a sense of anonymity and privacy for traders.
- Greater Liquidity: With centralized exchanges, liquidity is often concentrated on a limited number of platforms. DEXs, on the other hand, leverage the power of decentralized networks, allowing for more extensive liquidity pools and the potential for better trade execution.
- Reduced Fees: Centralized exchanges typically charge high transaction fees, but DEXs usually have lower fees due to their decentralized nature. Users can save money on trading costs and have more control over their finances.
- No Single Point of Failure: Centralized exchanges are vulnerable to technical glitches, hacking, or even government intervention. DEXs, however, have no single point of failure, making them more resistant to censorship and manipulation.
- Global Access: DEXs offer seamless access to anyone with an internet connection. There are no restrictions based on geographic location, allowing users from around the world to participate in cryptocurrency trading without limitations.
Comparing Centralized And Decentralized Exchanges:
When comparing centralized and decentralized exchanges, it becomes evident that DEXs have several advantages:
- Centralized Exchanges:
- Users need to trust a third-party platform with their funds.
- High risk of hacks and security breaches.
- Extensive KYC procedures may compromise privacy.
- Limited liquidity on a few popular exchanges.
- Higher transaction fees imposed by the platform.
- Vulnerable to government regulations and restrictions.
- Decentralized Exchanges:
- Users have full control over their funds.
- Enhanced security and reduced risk of hacks.
- No or minimal KYC requirements, providing privacy.
- Extensive liquidity pools across multiple networks.
- Lower transaction fees, saving users money.
- Resistant to censorship and government intervention.
Decentralized exchanges offer significant potential in the crypto space. They address key issues associated with centralized exchanges, such as security, privacy, and control over funds. With their unique benefits, DEXs are gaining popularity among traders who value security, privacy, and financial freedom.
Pi Crypto And Decentralized Exchanges
Pi Crypto is an up-and-coming digital currency that aims to launch its mainnet soon, which will allow it to be listed on decentralized exchanges. With the potential for trading and converting Pi coins to cash, experts predict that Pi could become a valuable cryptocurrency in the near future.
**Pi Crypto: Unveiling the Future of Decentralized Exchanges**
Pi Crypto is making waves in the cryptocurrency world with its innovative approach to decentralized exchanges. We will explore the upcoming mainnet launch of Pi and its significance for the future of decentralized exchanges. We will also discuss predictions for Pi Coin’s listing on these exchanges and how Pi holders can convert their coins to cash.
The Mainnet Launch And Its Significance
- The mainnet launch of Pi Coin is eagerly anticipated by the crypto community.
- It will mark a significant milestone for Pi, as it transitions from a testnet to a fully functioning blockchain.
- The mainnet launch will enhance the security, scalability, and overall performance of Pi’s decentralized network.
- It will also pave the way for Pi Coin to be listed on various decentralized exchanges, creating new opportunities for traders and holders.
Predictions For Pi Coin’S Listing On Decentralized Exchanges
- Experts in the crypto industry predict that Pi Coin will be listed on several decentralized exchanges in the second half of this year.
- The listing on these exchanges will provide increased liquidity for Pi Coin and attract more investors and traders to the ecosystem.
- Pi Coin’s listing on decentralized exchanges will offer a more decentralized trading experience, allowing individuals to trade directly with each other without relying on intermediaries.
- This decentralization aligns perfectly with Pi’s vision of creating a truly decentralized and inclusive financial ecosystem.
How Pi Holders Can Convert Their Coins To Cash
- Once Pi Coin is listed on decentralized exchanges, Pi holders will have the opportunity to convert their coins to cash.
- To convert Pi Coin to cash, Pi holders can follow these steps:
- Choose a reputable decentralized exchange that supports Pi Coin.
- Create an account on the chosen exchange and complete the necessary verification process.
- Transfer Pi Coin from their Pi wallet to the decentralized exchange wallet.
- Place a sell order for Pi Coin on the exchange and wait for a buyer to match the order.
- Once the order is matched, Pi holders can convert their Pi Coin to a fiat currency of their choice and withdraw the funds to their bank account.
The mainnet launch of Pi Coin is expected to open up exciting opportunities for decentralized exchanges. Pi holders will be able to convert their coins to cash, providing liquidity and driving further adoption of Pi. With predictions of Pi Coin’s listing on various decentralized exchanges, the future looks promising for Pi Crypto and its role in revolutionizing the world of decentralized finance.
Frequently Asked Questions Of Pi Crypto
Is Pi Crypto Worth Anything?
Currently, the Pi crypto token does not have any real value. Miners can mine Pi using their mobile devices, but it has no significant value at the moment.
How Much Is $1 To Pi?
As of now, the value of $1 in Pi cryptocurrency remains worthless.
Will Pi Ever Be A Real Cryptocurrency?
Yes, Pi is expected to become a real cryptocurrency with a mainnet launch and listing on decentralized exchanges.
Can Pi Coin Reach $100?
Pi coin reaching $100 is uncertain as its value remains worthless for now and it is not listed on any exchanges.
Pi Crypto is a promising blockchain project that has gained a lot of attention in the cryptocurrency world. With its innovative approach to mining and mobile-friendly platform, Pi Network has captured the interest of many users looking to earn Pi coins.
While the real value of Pi remains uncertain, there are predictions that it will soon launch its mainnet and be listed on decentralized exchanges. This milestone could potentially allow traders and holders to convert their coins to cash. However, it is important to be cautious of unauthorized third-party exchanges and listings, as Pi Network has not approved any trading or listings.
Engaging with such exchanges could result in substantial loss or damage to Pi users. Pi Network is actively working to remove these unauthorized posts and listings and is evaluating additional actions to protect its users. As the future of Pi Crypto unfolds, it is important to stay updated with official announcements and tread carefully in the cryptocurrency market.


The mace wireless home security system is an effective solution for small to medium sized houses, and if needed, can be expanded with additional modules for larger homes and/or additional security.
At ~$100, the price is a bargain for the security system you are getting. The Mace wireless home security system package comes with a single control unit with an AC adapter, single motion detector sensor, single door/window alarm sensor and a remote control. The package also includes a detailed instructional DVD, making it very easy to install and operate this DIY home security system. In fact, all the components are so self-explanatory that you could set the whole thing up without even consulting the manual. This is obviously great for the not so technically inclined and it saves you additional installation costs due to not having to consult a home security company like some of the other security systems require.
The control unit has a built-in phone call unit, which will dial up to 5 preset numbers you entered within 9 seconds after any of the alarms or motion detector are triggered. The range of sensors is remarkable for such a budget system. They will be fully functional even after being placed behind several walls from the main control unit. False alarms are almost non-existent. However, if you have house pets you will need find a way to setup the motion detector in a place where your house pets will not trigger it. The window/door alarm sensor can be effortlessly configured, upon connecting the additional modules with the existing one, to maintain multiple wired magnetic sensors.
A welcome feature that comes with the main control unit in the Mace wireless home security system, is the ability to call the control unit and disarm it using your cell phone. This is obviously handy for those times when you forget to bring the remote control with you. Not only that, but it allows your family members to disarm the alarm without having to buy additional remote controls – a shortcoming of many other budget home alarm systems. The control unit also keeps a brief record of information on the 5 previous times that it was triggered, including the date, time and the exact module that was triggered. Another great feature of the control unit is its ability to monitor the battery levels on all the sensors and alert your attention to that as necessary.
Mace Wireless Home Security System – Final remarks
The only slightly negative remark about Mace wireless home security system has to do with the siren. While it will certainly scare any potential intruders, it does not seem to travel very far. If you are installing this in a house that is quite some distance away from any neighbors, then you should look into purchasing the additional external speaker unit, which will cost you around $30. You will also need to install the main control unit near a bookcase or a cupboard of sorts in order to hide the power and phone cords behind them, as the control unit has them exposed – a minor tradeoff for an otherwise solid budget home alarm system.
All in all the Mace wireless home security system is a great budget home security alarm solution for all but the biggest and highest risk homes. For additional options check out our cheap home security systems and home security installation articles.


Features of Mercon cat6 Patch cord Blue
World is walking towards digitalization now days. In the journey to digitalization computers have been the key element. Computers have given humans various ways gain and the store information and knowledge. With the internet speed and quick machine minds the world has become a global village, just a click away. In the change cables are one of the most important features. Cables have kept the connectivity possible. Mercon Buy CAT6 PATCH CORD BLUE in Dubai is generally used in laptops, desktops or end devices to wallout.
This is one the best Cables that is available in the market today. With all the following features:
- Patch Cable
- RJ- 45 (M)
- 10 ft
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In various websites various million of people have expressed positive reaction for this cable. It is very useful, long lasting and offers latest technology. Many people across are the world are using this cable regularly for different purpose like internet connectivity, connecting two computer devices with each other. These helps in both transferring of documents and internet connectivity. Mercon cat6 patch cord blue gives you high speed connectivity of internet and document transfer both.
Ultra clarity cables like Mercon cat6 patch cord blue comes with a warranty of 1 year at least.
People who work with computer devices like people from IT sector, computer coaching centers etc Mercon ccat6 patch cord blue is their thing. Cable is very important element for all the people who work or even use computer. And if have to buy one then it’s always better to buy the best one that will sustain for a long time, decreasing you efforts to visit the market after every while and saves your money also. Mercon cat6 patch cord blue is one of the best connectivity cable available in the market. This is the best you get in the market.


Digital x-ray’s reduce the amount of radiation needed as compared to film x-rays while providing superior diagnostic capability. The improved diagnostic capability of digital x-rays and the ability to view the x-rays on a computer screen improves the patient’s ability to understand and follow treatment. Digital x-rays are instant, there is no longer a need to develop the film as the images display directly on the computer screen. It’s also a very green technology. There is no longer a need for film, developer and other chemical waste. It’s better for you and it’s better for the environment!


Press Releases, News Articles and Statements from Our Leadership Team
|Nephria Bio presents at Medinvest Medtech, Digital Health and AI Conference, Virtual June 23-25, 2021|
Nephria Bio, a company founded with the goal of reimagining the dialysis process, will present at the Medinvest Medtech, Digital Health and AI Conference this June, held virtually. Nephria Bio plans to present on its groundbreaking dialysis technology, including its current development of a more efficient and effective dialyzer and a wearable dialysis solution, the EOCARRT. Nephria Bio’s cofounder Jesse Kim will be presenting on the company’s important advances in the field of dialysis, and will explain Nephria Bio’s vision of bringing enhanced dignity and freedom to the lives of hundreds of thousands of dialysis users in the United States and worldwide.
April Press Release:
Nephria Bio signs exclusive agreement with Drexel University to license new “MXene” nanomaterial for future dialysis innovations
On April 00, Nephria Bio, a privately held US corporation specializing in the development of innovative approaches to dialysis, announced that it signed a license agreement with Drexel University to transfer technology of new MXene nanomaterials.
Through this license agreement, Nephria Bio, Inc. (‘Nephria Bio’) obtained the exclusive rights to use MXenes, invented and developed by Dr. Yury Gogotsi, PhD, Distinguished University and Bach professor in Drexel’s College of Engineering who is a world leader in developing and studying MXenes. Nephria Bio plans to develop more efficient cartridges for dialysis centers and wearable artificial kidneys with this technology transfer.
Nephria Bio is a privately held US corporation spun out of EOFlow Co., Ltd. (“EOFlow”), a public medical device company based in South Korea, to address current challenges to dialysis treatment for renal patients through innovations aimed at more effective in-center and home-based dialysis treatment, as well as building wearable solutions.
MXenes are inorganic nanomaterials with two-dimensional (2D) properties. MXenes are attracting increasing attention along with graphene as an ideal 2D material. The advantages of MXenes are numerous but include superior biocompatibility, sieving coefficient and higher urea binding affinity, all properties which make them an ideal fit for application to dialysis. Although there has been a lot of research of MXene application in the energy related and other applications, this will be the first time that MXene is applied to dialysis.
Nephria Bio is developing a flexible, wearable, cartridge-based system, termed EOCARRTTM (EOPump-based Continuous Ambulatory Renal Replacement Therapy), which allows ambulatory dialysis. The system could supplement/bridge traditional dialysis therapy and, ultimately, supplant it, depending upon device performance and therapeutic needs.
Once more efficient cartridges and wearable dialysis therapies are developed, high demand in the market is expected. Global dialysis market reached $90.3 billion in 2019, and is estimated to reach $177.6 billion by 2027, with the increase projected to be due in large measure to increases in the number of hypertensive and diabetic patients ultimately requiring dialysis. On the other hand, there are no such products as wearable artificial kidneys commercially available yet.
Nephria Bio is working closely with Dr. Yury Gogotsi’s laboratory to optimize the MXene formulation. The company is also in close collaboration with its founding company, EOFlow, to adapt the electroosmotic pump (EOP) platform developed initially for wearable drug delivery applications to wearable dialysis therapy.
In developing the EOCARRT, technologies which are essential to developing an effective wearable dialysis solution have been brought together; a small, lightweight pumping technology with low power consumption, and a high efficiency filter technology, enabling reuse and recycling of dialysate.
“Two technologies are essential to develop wearable artificial kidneys; One is a small, light actuator with low power consumption, and the other is an efficient material for urea filtration. Nephria Bio secured them both- the proprietary electroosmotic pump technology from EOFlow, and the filter technology from Drexel University,” Jesse Kim, founding CEO of Nephria Bio said.
“With the unique combination of these enabling technologies, Nephria Bio feels that it can substantially enhance dialysis therapy for kidney patients.”
“Our fundamental study of titanium carbide MXene, supported by the U.S. National Science Foundation, showed that MXene is biocompatible, able of adsorbing a variety of small molecules, and holds a lot of promise in medical applications, so it is exciting to see it applied for improving and really changing dialysis — an area of need in health care that can help millions of people,” Gogotsi said.
“This work could give hundreds of thousands of people with kidney disease the ability to live life more freely and fully,” said Meera Harhay, MD, an associate professor of Medicine in Drexel’s College of Medicine, who has been working with Gogotsi to study MXene’s application in dialysis. “A wearable artificial kidney would allow people suffering from kidney disease to more easily work and travel and maintain a more active lifestyle, which has been associated with positive health outcomes.”


MRI physicist UHF (7T Terra)
Postdoctoral position - MRI physicist UHF (7T Terra) - Liège (Belgium)
A postdoctoral position is available at the GIGA – Cyclotron Research Centre / In vivo Imaging (GIGA-CRC IVI), University of Liège, Belgium. The successful candidate will be part of a multidisciplinary team developing methods for studying the human brain at ultra-high field (UHF – 7T). You will develop advanced neuroimaging data acquisition techniques at 7T, with particular focus on ultra-high resolution quantitative and microstructural MR imaging, in collaboration with research centres of excellence across Europe (Leipzig, London, Hamburg, Maastricht, Lausanne).
For detailed job description and more information: