Digital Betacam Transfer
At Precision Transfers, we provide component transfers of Digital Betacam tapes to digital .mp4 or prores format (on request) .
Digital Betacam was a professional digital video format introduced by Sony in 1993 as an improvement over its earlier Betacam and Betacam SP analog video formats. It uses a digital component recording format that provides high-quality video and audio with very low noise and distortion.
Digital Betacam tapes are physically the same size as Betacam and Betacam SP tapes, but they use digital recording technology instead of analog. The format records 10-bit, 4:2:2 digital video at a resolution of 720×486 pixels for NTSC and uses a 2:1 compression scheme to store video data at a bitrate of up to 90 Mbps.
Digital Betacam was widely used in the broadcast and professional video production industry until the rise of digital formats like HDV, XDCAM, and AVCHD.


As you know I enjoy writing about my projects and things I work on in the hopes this will help someone else in the world. Recently I purchased a 1985 Chevrolet Monte Carlo SS and though its in great condition as with any 35 year old automobile there are lots of maintenance items that need looking after. While out for a cruise I noticed some issues with blower motor speed control and decided to give a go at repairing it.
Blower Motor Works, but only on high!
The blower motor works well, however it only runs on the highest setting. Any other speed other than high will cause the motor to shutoff. I had this same issue on a 1999 Pontiac Grand Prix GT and had determined the blower motor resistor to be the issue, so I figured I would replace the same in my 85 SS
Blower motor resistor replacement
The blower motor resistor is a $12 part that can be ordered on Amazon (CLICK HERE) and can be installed in about 15 minutes in any GM G-Body car from 82-87. This would include your Chevrolet Monte Carlo, Pontiac Grand Prix, Brick Regal and Oldsmobile Cutlass Supreme. The example above even includes the wiring harness if yours is damaged.
Removing The Resistor
Facing the car from the front the blower motor housing is on the passenger side next to the firewall.
Just to the right is a wiring harness that connects to the blower motor resistor.
To remove the resistor first remove the wiring harness (which just pulls off) then simply remove the two hex screws that are holding it in.
As you can see from the above photo I had previously removed one of the screws.
Is the resistor really bad?
I probably should have tested the resistor with a continuity tester before I went out and ordered a new one, however I was lazy and since the part was $12 I figured I would risk it.
Next step – testing the actual switch in the climate control
The climate control has 4 positions, lets call them LO, MED1, MED2, HI. In the HI position the blower motor gets power directly from the cars electrical system, bypassing the resistor. (Which works fine in my car) However in the other positions voltage is sent to various wires connected to the blower resistor.
I wanted to test the switch and see if changing its position actually made a difference where the voltage was applied. I labeled the wires in my car as follows (See image above).Then I used my multi-meter to test for voltage on each pin while moving the switch from one position to the next.
So what next?
In part 2 of this article we will focus our attention on the blower motor speed control relay. I am just waiting on the part to arrive.
As soon as the part arrives I will update this article
Thanks for reading my blog,
don’t forget to visit my online store


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The PFM PRO and rechargeable PFM PRO RCH deliver superior audio directly to the ear, enhancing sound at home, work, or school – anywhere background noise or distance from the source makes listening difficult. Each system features 17 selectable channels on the 72-76 MHz band and has an operating range of up to 150 feet. A versatile 3.5mm jack allows for a variety of earphones and headphone options, and is compatible with neckloops and telecoil-equipped hearing aids (not included with system).
DISCLAIMER: FCC rules limit use of this equipment to auditory assistance.
NOTE: The PFM PRO and PFM PRO RCH systems are approved by the FCC for operation in U.S. markets. These systems cannot be used in all countries. Check with your government´s radio regulations for 72-76 MHz operation.
NiMH, 1.2 Volt, 1500 mAh
|Style||Single, in-ear, isolation earphone|
|Driver Size||10 mm|
|Freq. Response||20 - 20kHz|
|Max Power Input||5 mW|
|Sensitivity||104 dB @ 1kHz|
|Replacement Silicone Tip||EAR 043 (0ne pair)|
Mono, folding headphone
20 - 20kHz
Max Power Input
110 dB @ 1kHz
HED 023 (one pair)
20 Hz – 18 kHz
-56 ± 3 dB
3.5 mm, right-angle
|Dimensions:||4.1" x 2.85" x 1.38" (104 x 72 x 35mm)|
|Weight:||4.6oz (130g) with batteries. 2.6oz (73g) without batteries|
|Battery Type:||(2) AA Alkaline or 2 x AA NiMH|
|Battery Life:||Two (2) AA non-rechargeable alkaline batteries (BAT 001), approx. 50 hrs|
|(2) AA rechargeable NiMH batteries (BAT 026), 1500 mAh, approx. 32 hrs|
|Current Consumption:||52mA nominal|
|Temperature Range:||– 0 to 50C|
|Channels||17, accessed via seek button in battery compartment|
|Operating Freq.:||72.1, 72.2, 72.3, 72.4, 72.5, 72.6, 72.7, 72.8, 72.9, 74.7, 75.3, 75.4, 75.5, 75.6, 75.7, 75.8, 75.9 MHz*|
|Intermediate Freq.:||75 kHz|
|FM Deviation:||75 kHz|
|LED Indicator:||Power: Green; Low Battery: Flashes Green|
|AFC Range:||± 120 kHz|
|Sensitivity:||2 µV at 12 dB Sinad with squelch defeated|
|Input Overload:||100 mV|
|Frequency Response:||200 – 15 kHz|
|Modulation:||FM, +/- 75 kHz peak deviation|
|Signal-to-Noise Ratio:||65 dB min @ 100 uV|
|Receive Antenna:||Integral with earphone/headphone cord|
|Audio Output:||35 mW max, peak into 16 ohms|
|Output Connector:||3.5 mm stereo/mono phone jack|
|Earphone:||Earbud-type with foam cushion, 3.5 mm plug, 32 Ω|
|Auto Shut-off||Enters sleep mode after approx 6 mins of no RF signal|
|Approvals:||FCC, Industry Canada, RoHS, WEEE|
|Warranty:||Lifetime PLUS Limited Warranty, 90 Days on most accessories.|
4.1” L x 2.8” W x 1.1” D (104 mm x 71 mm x 28 mm)
2.6 oz (74 g), no batteries
Shatter-resistant PC/ABS plastic with textured scratch-resistant aluminum faceplate
Battery Type options:
Two (2) AA 1.5 V non-rechargeable Alkaline batteries (BAT 001-2), 75 mA nominal current drain, up to 30 hours battery life
Two (2) AA 1.5 V NiMH rechargeable batteries (BAT 026-2), 75 mA nominal current drain, up to 20 hours battery life per charge, recharges in 14–16 hours, uses CHG 3502 or CHG 3512 Charger
Selectable, 17 channels, 72.1 – 75.9 MHz*. Switchable 8 or 17 Channel Mode. (8-channel mode setting corresponds with PPA R35-8 receiver channels)
± .005%, frequency synthesized, crystal reference, PLL
Wide-band FM, 75 kHz peak, 75 µS pre-emphasis
80 mV/m at 3 m (max. allowed by FCC rules)
180 Hz to 13 kHz, ± 3 dB at 1% max. THD
65 dB (typical) transmitted
Integral with microphone cord
Electret type, 3.5 mm mono plug
OLED for status and menu information.
Status: Ch/Freq, Mic Audio Level, Auxiliary Input Audio Level, Battery Status, Mic Mute, Channel Lock, Dual-Preset mode.
Menu: Ch/Freq display mode select, Volume, Aux Input, Compression,
17 or 8-channel mode, screen time out, screen brightness, restore default settings
Momentary push button: push and hold 3 seconds for power On/Off, push and release for microphone mute On/Off. “Up”, “Down” and “Menu” buttons for accessing and changing transmitter settings. Battery type switch (Alkaline or NiMH) located behind the battery compartment door
Power LED - Green, flashes when battery is low
3.5 mm mono jack with electret mic bias, adjustable gain with
25 dB range
2.5 mm stereo jack, adjustable gain with 60 dB range
1:1 (off) or 2:1 (on) selectable in menu
PFM R31, PFM R32, PFM R33, PFM R36, PPA R35, PPA R37, PPA R35-8, PPA R1600,
FCC, Industry Canada, RoHS, WEEE
Lifetime PLUS Limited Warranty, 90 Days on most accessories.
The PPA T46 is FCC Part 15 compliant.
Effective July 11, 2016, the FCC has mandated tighter emissions limits on auditory assistance transmitters (72-76 MHz) manufactured or imported after this date to help avoid interference with and/or degradation of other airborne signals (All products manufactured prior to July 11, 2016, are compliant). Williams Sound FM transmitters – PPA T46, PPA T27 and PPA T45 (all models) – all have received a Grant of Certification from the FCC and are fully compliant/approved under this new mandate.
All Williams Sound headphones and earphones are compatible with this product.
|PPA T46 User Manual Portuguese (Brazil)||Manuals||Portuguese|
|PFM PRO/PFM PRO RCH Specifications||Specifications||English|
|PPA T46 User Manual Spanish||Manuals||Español|
|PFM PRO/PFM PRO RCH User Manual||Manuals||English|
|PPA T46 User Manual English||Manuals||English|
|PPA R37 Manual||Manuals||English|
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Resour Digital Temperature Controller with Good Price
|FOB Price:||US $10-80 / Piece|
|Min. Order:||10 Pieces|
|Min. Order||FOB Price|
|10 Pieces||US $10-80/ Piece|
|Production Capacity:||1000000 Piece/Pieces Per Week|
|Payment Terms:||L/C, T/T, D/P, Paypal|
- Model NO.: DCT
- Brand: Resour
- Port: Ningbo
- Usage: Air Conditioner, Refrigerator
- Material: Stainless Steel
- Cooling Purpose: Air Conditioner
- Trademark: Resour
- Origin: Zhejiang, China(Mainland)
- Certification: CE, ISO
- Display Type: LED
- Type: Temperature Controller
- Control Type: Digital
- Control Method: Electronic Type
- Operating Principle: Moinitor
- Specification: CE
- HS Code: 9032100000
1. More model in different function can be chose
2. Easy operation
3. Reliable performance
·Temperature Measurement and Display of Controlled Subject.
Resolution ratio is 0.1ºC;
·Set-up of minimum of temperature & temperature differenceand open & close control of refrigeration compressor;
·Set-up of freezing time and defrosting time and automatic controlling of defrosting;
·Set-up of termination temperature of defrost and protection of defrost over temperature;
·Real-time display of freezing temperature, defrost temperature, freezing time and defrost time.
·Forced defrost and stop of forced defrost by hand;
·Protection for three minutes to delay when compressor stops.
·Trouble Display of Temperature Sensor.
·Temperature Measurement Range,-50-+50ºC;
·Temperature Setting range, Min Temperature,-50-+50,Temperature Difference,1-19ºC (Min temperature plus temperature difference should be less than 50ºC);"·Freezing Time,0-99 hour; Defrosting Time, 0-99min;
Defrosting Final Temperature, 0-50ºC;"
·Temperature Measurement Accuracy, Display Resolution 0.1ºC;
·Relay Contact point Capacity,250V AC,6A(Resistive);
·Working Power Supply, 220V/ 50Hz, power consumption less than 3W;
·Instrument panel Size,96mmx54mm(heightxwidth);
please contact us to get more details.


The Information Processing and Transmission (IPT) Lab is intended to provide a research platform that investigates problems at the interface of wireless communication theory, signal processing theory, and Applied Mathematics. The research at IPT helps in solving theoretical problems that find applications in real system. The mission of the lab is to provide innovative solutions from a variety of areas, including communication and information theories, statistical signal processing, signal estimation and detection, multi-hop cooperative networks, green wireless communications, smart grid communications, and multi-user systems.
School of Electrical Engineering and Computer Science
National University of Sciences and Technology
Biography: Syed Ali Hassan received his Ph.D. in Electrical Engineering from Georgia Institute of Technology, Atlanta, USA in 2011. He received his MS Mathematics from Georgia Tech in 2011 and MS Electrical Engineering from University of Stuttgart, Germany, in 2007. He was awarded BE Electrical Engineering (highest honors) from National University of Sciences and Technology (NUST), Pakistan, in 2004. His broader area of research is signal processing for communications. Currently, he is working as an Associate Professor at the School of Electrical Engineering and Computer Science (SEECS), NUST, where he is heading the IPT research group, which focuses on various aspects of theoretical communications.
Dr. Syed Ali Hassan
[J51] F. Hussain, S. A. Hassan, R. Hussain, E. Hossain , “Machine Learning for Resource Management in Cellular and IoT Networks: Potentials, Current Solutions, and Open Challenges“, IEEE Communications Surveys and Tutorials, Vol. to appear , No. -, Jan, 2020. IF: 23
[J50] A. Y. Kiani, S. A. Hassan, B. Su, H. Pervaiz, Q. Ni , “Minimizing the Transaction Time Difference for NOMA-Based Mobile Edge Computing“, IEEE Communications Letters, Vol. to appear , No. -, Jan, 2020. IF: 2.8
[J49] A. Umer, S. A. Hassan, H. Pervaiz, L., Musavian, Q. Ni, M. A. Imran , “Secrecy Spectrum and Energy Efficiency Analysis in Massive MIMO-Enabled Multi-Tier Hybrid HetNets“, IEEE Transactions on Green Communications and Networking, Dec, 2019.
[J48] B. B. Chaoudhry, S. A. Hassan, J. Speidel, and H. Jung , “Energy Efficiency of a Decode-and-Forward Multiple-Relay Network with Rate Adaptive LDPC Codes“, Sensors, Vol. 19 , No. 21, PP. 4793, Nov, 2019. IF: 3.088
[J47] Uferah Shafi, Rafia Mumtaz, José García Nieto, Syed Ali Hassan, Syed Ali Raza Zaidi, Naveed Iqbal , “Precision Agriculture Techniques and Practices: From Considerations to Applications“, Sensors, Vol. 19 , No. 17, Sep, 2019. IF: 3.088
[C97] Ayesha B Saleem, Syed Ali Hassan , “On the Performance of Spatial Modulation Schemes in Large- Scale MIMO under Correlated Nakagami Fading”, Proceedings of the IEEE VTC Spring 2020, May, 2020, Antwerp , Belgium.
[C96] Q. Abbas, S. Zeb, S. A. Hassan, R. Mumtaz, S. A. R. Zaidi , “Joint Optimization of Age of Information and Energy Efficiency in IoT Networks”, Proceedings of the IEEE VTC Spring 2020, May, 2020, Antwerp , Belgium.
[C95] M. U. Akram, U. Saeed, S. A. Hassan, H. Jung , “UAV-based Air-to-Ground Channel Modeling for Diverse Environments”, Proceedings of the IEEE WCNC, Apr, 2020, Seoul , Korea, South.
[C94] M. A. Jan, S. A. Hassan, H. Jung , “QOS-based Performance Analysis of mmWave UAV-assisted 5G Hybrid Heterogeneous Networks“, Proceedings of the IEEE Globecom, Dec, 2019, Hawaii , USA.
[C93] Rida Mustafa, Syed Ali Hassan , “Machine Learning-based Context Aware Sequential Initial Access in 5G mmWave Systems “, Proceedings of the IEEE Globecom, Dec, 2019, Hawaii , USA.
[C92] Shah Zeb, Qamar Abbas, Syed Ali Hassan, Aamir Mahmood, Rafia Mumtaz, S. M. Zaidi, Syed Ali Raza Zaidi, and Mikael Gidlund. “NOMA Enhanced Backscatter Communication for Green IoT Networks.” In 16th ISWCS, Aug 2019.
[Chapter 7] S. A. Hassan , M. S. Omar, M. A. Imran, J. Qadir, D. N. K. Jayakody , “Universal access in 5G networks, potential challenges and opportunities for urban and rural environments“, Wiley Wiley, ISBSN 9781119332732, Sep 2018.
[Chapter 6] R. I. Ansari , M. A. Aslam, S. A. Hassan, C. Chrysostomou , “Network Coding for Distributed Antenna Systems“, InTechOpen InTechOpen, ISBSN 978-1-78923-614-9, Aug 2018.
[Chapter 5] S. A. R. Naqvi, S. A. Hassan, F. Hussain, “IoT Applications and Business Models“, Springer International Publishing, ISBN 978-3-319-55405-1, 2017.
[Chapter 4] S. A. Hassan, S. S. Syed, F. Hussain, “Communication Technologies in IoT Networks“, Springer International Publishing, ISBN 978-3-319-55405-1, 2017.
[Chapter 3] S. A. R. Naqvi, S. A. Hassan, Z. Mulk, “Encoding and Detection in mmWave Massive MIMO“, Springer, ISBN 978-0-12-804418-6, Nov, 2016.
[Chapter 2] S. A. Hassan, M. S. Omar, M. A. Imran, J. Qadir, D. N. K. Jayakody, “Universal access in 5G networks, potential challenges and opportunities for urban and rural environments“, 5G Networks: Fundamental Requirements, Enabling Technologies, and Operations Management. Wiley. ISBN 9781119332732. 2017
[Chapter 1] R. I. Ansari, S. A. Hassan, C. Chrysostomou, “Device-to-device communications for 5G“, Access, Fronthaul and Backhaul Networks for 5G & Beyond, IET, ISBSN 978-1-78561-213-8, Aug 2017
Estimates of signal-to-noise ratio (SNR) are used in many wireless receiver functions, including signal detection, power control algorithms and turbo decoding etc. Although SNR is an important parameter in studying performance analysis of different communication systems, it can also be used in determining which nodes to participate in the Cooperative Transmission (CT), which is an emerging area of research.
Multi-hop wireless transmission, where radios forward the message of other radios, is becoming popular both in cellular as well as sensor networks. This research is concerned with the statistical modeling of multi-hop wireless networks that do cooperative transmission (CT). CT in a physical layer wireless communication scheme in which spatially separated wireless nodes collaborate to form a virtual array antenna for the purpose of increased reliability. The key contribution of this research is to model the transmissions that hop from one layer of nodes to another under the effects of channel variations, carrier frequency offsets, and path loss. It has been shown that the successive transmission process can be modeled as a quasi-stationary Markov chain in discrete time..
Blind source separation (BSS) has become an area of prime interest. Conventional adaptive source separation systems use a training sequence to estimate and separate sources with the help of predefined optimization criteria. In BSS, the key idea is to use the data statistics to get apriori knowledge and thus separate the sources blindly
Cooperative relaying methods have attracted a lot of interest in the past few years. A conventional cooperative relaying scheme has a source, a destination, and a single relay. This cooperative scheme can support one symbol transmission per time slot, and is called full rate transmission. However, existing full rate cooperative relay approaches provide asymmetrical gain for different transmitted symbols..
The objective of this study is a comparison of WiMAX and Wireless DOCSIS, two access technologies for fixed wireless access (FWA), for rural environments. The band of interest is 2.5 GHz. In this band, WiMAX is called Mobile WiMAX, even though it is used also for FWA. The technologies will be compared in terms of data density, expressed as Mbps per km. The study is to be limited to the PHY layer and for a single cell in the downlink direction.
The IEEE 802.11 WiFi standard has been widely used in wireless local area networks (WLAN), which specifies an over-the-air interface between wireless clients and access point or between two wireless clients. With the recent development of multiple-input multiple-output (MIMO) systems at the physical (PHY) layer and frame aggregation at the medium access control (MAC) layer, the IEEE 802.11n standard provides the fastest data rates and larger coverage areas in different environments. However, as wireless network proliferates in indoor environments specially homes, the network topology has evolved from simple single access point-based network into more complex multi-hop topologies.
Design and Development of Opportunistic Large Array Networks for Smart Grid Communications
Sensors and sensor networks have an important impact in meeting environmental challenges. Sensor applications in multiple fields such as smart power grids,smart buildings/meters and smart industrial process control significantly contribute to more efficient use of resources. Wireless sensor and actuator networks (WSANs) are networks of nodesthat sense and potentially also control their environment. They communicate the information through wirelesslinks enabling interaction between people, devices, or computers and the surrounding environment.
Interference Alignment in Femtocells
The topology and architecture of cellular networks are undergoing a major paradigm shift from voice- centric, circuit switched and centrally optimized for coverage towards data-centric, packet switched and organically deployed for capacity. Current cellular systems in the world, especially in Pakistan, are homogenous in the sense that there is a base station that serves a specified larger area (in kilometers) and then an adjacent base station serves the adjacent area. This macro-cellular system is deployed in most parts of the world since 3 last decades. However, a disadvantage of the macro-cellular system is that in remote areas or some typical terrains where the base-station’s signal cannot reach the end-user, the probability of outage (i.e., a user without signal coverage) increases
In recent years, wireless data traffic has exponentially grown due to a change in the way today’s society creates, shares and consumes information. This change has been accompanied by an increasing demand for higher speed wireless communication. Massive MIMO links are expected to become a reality within the next ten years. Towards this aim, the Massive MIMO communication is envisioned as one of the key wireless technologies of the next decade. These very high bit-rates will enable a plethora of long-awaited applications, such as ultra-fast massive data transfers among nearby devices, or high-definition videoconferencing among mobile personal devices in small cells, also to address spectrum scarcity and capacity limitations of current cellular systems. The latter application of current cellular systems is one of the most critical one that motivates one to carry out research in this particular area.
The objective of this project is to initiate a research collaboration between Mid Sweden University (MIUN) and the National University of Sciences and Technology (NUST) to investigate enabling ICT technologies for power distribution systems that can reliably monitor the load variations and transmission losses in real-time. Such monitoring is essential to i) cope with the potential failures in the distribution network caused by gap in demand and capacity, ii) develop smart metering solutions and, iii) guard against transmission losses and theft. The project aims to extend this effort for M2M and future 5G enabling technologies.
In summary, the project will focus on these elements:
1) Research Visits: We organize two-sided short visits (1-3 weeks) of senior researchers and MSc/PhD students to work on the problem
2) Guest Lectures: Senior researchers deliver thematic lectures at the universities
3) Workshops: We intend to organize a workshop by inviting other researchers and the specialists. The main purpose of this workshop is in depth discussion on the research problems and gathering real-life requirements.


IndustrialControlPanels and Electrical Equipment of Industrial Machinery for North America A Guide for Practical Use . Reference Manual 08/2014 . A5E02118900A/RS-AA/002 . Disclaimer of Liability . 1 . 2. Introduction . Area of application for this . documentation . 3. General information for . manufacturers of machinery and their associated. A UL-508a certified industrialcontrolpanel adheres to all UL safety standards, guaranteeing safe and reliable operations. These standards include stipulations on the following and more: ... The employment of this standard allows easy and clean mounting of compatible components inside the controlpanel. This mounting solution also makes. June 24th, 2018 - Identifying industrialcontrolpanelcomponents Reading wiring diagrams and understanding electrical symbols In addition to these lessons' 'Understanding Electrical Diagrams Training BIN95 June 24th, 2018 - Industrial Electrical Training Video Library DVD 4 Section 1 Understanding Electrical Diagrams and Control Circuits''HOW. Companies teamed up to help panel builders better design simpler, more flexible and space-saving industrialcontrol cabinets, offering a full range of modular industrialcontrolpanelcomponents in seven compact standard sizes, including devices needed to switch, protect, control and monitor motors from size S00 to S12, and power ratings from 4 to 335 HP.
Summary. - The panel cooling system works by sucking in cool air at the bottom vent, and because heat rises, the hot air exits out of the top vent. - To regulate the heat inside the panel, it is fitted with an enclosure thermostat. - An enclosure thermostat works with a heating or cooling device to maintain a safe working temperature. While industrial control panels have multiple uses across multiple industries, they all share similarities. The basic starting blocks of a control panel include an enclosure, a back panel, DIN rail, and a wire duct. These four base items allow for mounting additional electrical control components and wiring that will power the automated system. IndustrialControlPanels (ICPs) are defined as an assembly of two or more power circuit components, control circuit components, or any combination of the two according to National Electrical Code (NEC) Section 409.2. Building electrical control cabinets in house can be a drain on your company's resources.
Put simply, a PLC panel is a special steel box that contains electrical components required to run a factory machine or process. PLC stands for Programmable Logic Controller, an industrial hardened computer usually found inside factory controlpanels. High voltage components are what makes up a lot of the other items found inside. Pilot light. Pilot lights indicate the on/off state of remote components in a control system. These are just a few of the basic components used in industrial motor control systems. If you want to know more about our power products and services, don't hesitate to contact us at KaRaTec Power Supply Pty. You can give us a call at 612 9808 1127. [0m:12s] what they are, why we use them, and lastly all the different components located within the panel and what their purpose is. Let's first talk about what an industrial control panel is. An industrial control panel is a collection. While industrialcontrolpanels have multiple uses across multiple industries, they all share similarities. The basic starting blocks of a controlpanel include an enclosure, a back panel, DIN rail, and a wire duct. These four base items allow for mounting additional electrical controlcomponents and wiring that will power the automated system.
Obsolete and hard-to-find components. Genuine spares from all the major OEMs We ship worldwide. ControlPanel Service. To ensure full integration into our projects, JMartans offers an industrialcontrolpanel manufacturing service. We have the required expertise for the design, procurement and assembly of controlpanels and the associated. Industrialcontrolpanels house electrical and electronic components used to automate machinery, building controls and processes. Although there are many different types of controlpanels used in industries, all share many similarities as each distributes power, senses input conditions, executes logic, commands outputs and allow users to interact. Industrial Control Panel is an enclosure of more than two power circuit components, control circuit components or a combination of both that help in providing signals of the overall function of the machinery. As per the National Electric Code, it encompasses of switches, relays, auxiliary devices, motor controllers and other such control. Manufacturer of Sheet Metal Components, CNC Punching Machine, Bending Machine, ControlPanel. Call us +91-9225128501/04. Email us [email protected] Brochure ... by our highly skilled professionals using fine quality material which we sourced from the certified vendors of the industry. Offered Panel Boxes widely used for electrical.
An industrial control panel is used for control of mechanical equipment and machinery. They are typically made up of two or more electrical power and control components. Typical components in an industrial control panel can include, but are not limited to: Control panels can be put into service for indoor or outdoor use, depending on the NEMA. Let's first talk about what an industrial control panel is. An industrial control panel is a collection of electrical components that are used to monitor and control industrial devices in industrial applications. For example, the panel we have here today is being used in a pumping facility for a local city. So as you can imagine, it monitors. markings on the product mean will help to ensure that the proper industrial control panel has been selected for the intended function and installed in accordance with the UL Listing as well as Article 409 and section 110.3(B) of the National Electrical Code, ANSI/NFPA 70, (NEC).
Municipal Infinity IndustrialControls builds to UL508a standards. We are a certified controlpanel manufacturer specializing in the design, fabrication installation, troubleshooting, emergency servicing and maintenance of turnkey automation systems for water and wastewater treatment facilities. With over 100 years of combined experience providing automation to municipalities and to the world. It's important to understand short-circuit current ratings for industrialcontrolpanels. Industrialcontrolpanel is a general term that describes an assembly of two or more components that are enclosed. The assembly can be power, control or both, but doesn't include the controlled equipment. We always use the highest quality components from the most trusted manufacturers in the industry. ... We have excellent business relations with component suppliers to get you a very cost-effective controlpanel at the best quality. ... UL508A: Standard For Safety - IndustrialControlPanels. UL698A: Standard For Safety - IndustrialControl. Every item of control equipment is checked and approved in the U.S. by the competent AHJ inspector (Authority Having Jurisdiction). The AHJ inspector does not have to accept the components in safe NEC Class 2 control circuits (UL 508 § 2.7) which is why non-listed UL devices may also be used. On the other hand, components with the approval.
Different ways to design industrial control panels so they do not become potential ignition sources in hazardous working locations. Use Zone 1 and 2 components and enclosures Using properly rated components and enclosures is the simplest method for compliance in Zone 1 and 2, although it is not suitable for Zone 0 in most cases due to the lack of availability of Zone 0. While industrial control panels have multiple uses across multiple industries, they all share similarities. The basic starting blocks of a control panel include an enclosure, a back panel, DIN rail, and a wire duct. These four base items allow for mounting additional electrical control components and wiring that will power the automated system. What is an IndustrialControlPanel? According to Underwriter's Laboratory, industrialcontrolpanels are defined as an assembly of two or more power circuit components, control circuit components, or any combination of power and control circuit components. They are factory-wired assemblies of industrialcontrol equipment, such as motor. IndustrialControlPanel. Industrialcontrolpanels are the brains of your entire bulk material processing system. Installing a controlpanel is a delicate and complicated task, which the success of your facility and business relies on. DoverMEI takes the stress out of installation by providing turnkey solutions. This means that our experienced.
UL 508A, IndustrialControlPanels The UL 508A, IndustrialControlPanels, is published by UL and covers industrialcontrolpanels up to a maximum 1000 °C ambient temperature. "Short-Circuit Current Ratings for IndustrialControlPanels" are described in Supplement SB. Supplement SB4 describes industrialcontrolpanel. Components which shall. The industrialcontrolpanel is one of those essential for the electrical control system for the industrial workplace process and operation. It typically consists of two or more power circuit components or assembly combination of both power and control circuit components. According to the National Electric Code (NEC), industrialcontrolpanels. Industrialcontrolpanels comprise of control circuits, power circuits, or a combination of both. These circuits generate signals that control the performance of equipment or machinery connected to them. Wires and cables are integral to these circuits, and they play a significant role in their functioning. Trends such as maximum efficiency.
Industrialcontrol systems monitor, automatically manage and enable human control of industrial processes such as product distribution, handling and production. ... PLC Components; PLC Modules; Programmable Relays; Signal Conditioners; DataCom. Audio & Video; Cross Connecting Blocks; ... Panel Meters (+) Photoelectric Sensors (+) Power Supplies. The BCO control is integrated in the boiler controlpanel. "Condition Monitoring basic" - proactive condition and efficiency monitoring. Intuitive, menu-driven operation via touch-sensitive graphic display. Display and intermediate storage of all relevant measured values and states. Custom Manufacturer. Welcome to Olson Motor & Control'sControlPanel division! Olson Motor & Control Co, Inc. is a UL508A certified manufacturing facility, specializing in the design and fabrication of industrialcontrolpanels.
Control wiring can be any of the wiring methods allowed for power circuits within the panel with the addition of power-limited circuit cable such as Type PLTC, CL2, or CL3 and communication cable such as types CM, CMR or CMP.  Control circuits are unique in that many controls now use industrial networking cabling technology. Upgrade your system or start from the ground up. Our collaborative process allows us to create industrialcontrolpanels uniquely designed and built with your goals in mind. We utilize intelligent monitoring technology, such as the cloud-based OSCO Connect, to easily manage your manufacturing floor with guaranteed improvements in efficiency. Process Measurement. & Control. Thank you for visiting ControlComponents! For 35 years our company has specialized in providing a broad range of factory automation and machine safety solution products from leading manufacturers for the Automotive, Industrial, OEM, and Systems Integrator markets. In addition to our wide selection of products. IndustrialControlPanelsControlPanelComponents Complete portfolio for controlpanels Meet any application requirements An aligned, end-to-end portfolio of products, from automation systems and drive train components to industrialcontrols, reduces your planning work and ensures that all components work together.
Hirschmann Industrial Networking Cellular Router Embedded Ethernet Fiber Optic Fieldbus Repeaters / Modems Managed Switches Security and Firewalls Serial to Ethernet converters SoftwareSystem Accessories Unmanaged Switches Wireless LAN Korenix Industrial Networking I/O Module Industrial Computer. There are an increasing number and variety of components, devices, and equipment being used in industrialcontrolpanels. These new marking requirements will help ensure that critical information needed for the proper application of the components, devices, and equipment being used in industrialcontrolpanels will be provided. UL Certified Components: Using components that conform to UL standards can make it easier to find other components that will work with your panel. Control Works is a UL 508A Certified Shop The control panel design goes a long way in determining the safety and functionality of the machinery. ControlComponentsPanelComponents Programmable Controllers HMI Drives & Motion Control Safety ... Industrial Computer; Integrated HMI With I-O; Operator Interface Terminal; Panel PC; SCADA Software;.
These components allow an operator to monitor or control certain functions of the machinery. Common HMIs include video monitors, joysticks, buttons, switches, and keyboards. Clearly labeled components, wiring, and terminals Capability to monitor the status of the various electrical connections Control of particulates and dust within the enclosure. Circuit breakers are crucial components of an electrical panel as they prevent the whole circuit from being damaged. When there is a situation where there is. Let’s look at industrial control panel basics. Your panel components depend on your applications. This post provides basic descriptions for common components. You have new quote information.
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Every item of control equipment is checked and approved in the U.S. by the competent AHJ inspector (Authority Having Jurisdiction). The AHJ inspector does not have to accept the components in safe NEC Class 2 control circuits (UL 508 § 2.7) which is why non-listed UL devices may also be used. On the other hand, components with the approval ...
Industrialcontrolpanels comprise of control circuits, power circuits, or a combination of both. These circuits generate signals that control the performance of equipment or machinery connected to them. Wires and cables are integral to these circuits, and they play a significant role in their functioning. Trends such as maximum efficiency ...
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IT & Computing Courses in Guildford, Surrey
Become a …software engineer, IT consultant, programmer, database designer, web designer and many more…!
Bill Gates is one of the world’s richest men. Steve Jobs helped to shape the way we communicate. No business can function without computers. Just do I.T.!
Technology is moving at a very rapid pace and as a result careers in information and communications technology continue to change and evolve. Most businesses and industries rely to some extent on information and communications technology. We aim to cover all the major topics and provide you with the practical hands-on experience to prepare you for your career. Courses have an up-to-date approach with an emphasis on real-world projects, giving computing students a competitive edge in a very lucrative and ever-expanding industry.
Why choose Guildford College?
Industry relevant packages and subjects
Access to a range of software on networked, WIFI enabled PCs
Excellent links with employers
Cover the major topics of hardware, software, systems analysis and design, networking and database development
Day to day
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Service and repair technicians generally start at around £14,000 but can earn up to £30,000 a year. For IT support technicians it’s similar. Network engineers and web designers can earn up to £40,000 with experience.
You could undertake degree courses in computer science, computer games technology, artificial intelligence, information and communications technology and many others.
www.bcs.org - The British Computer Society is the professional body for IT and a useful resource for the profession.
www.computingcareers.co.uk - IT employment listings of tech and web jobs from hundreds of top employers.
www.computing.co.uk - Online version of the industry publication.


Step 1. Download the SG Home App from Apple Store or Google Play to your smartphone or tablet. Press 'Sign Up' on the login screen to create a secure account. Open the SG Home Camera, connect the power supply, and power on the camera. Battery models: charge the battery pack first for approximately 10 hours for a full charge.
Step 2. After logging into the SG Home App, press '+' at the top right of the screen to add a camera to your account.
Step 3. Follow the on-screen instructions to select your 2.4 GHz wireless network and enter its password:
- Apple devices: The app chooses the network your device is connected to. If necessary, temporarily leave the app to switch networks on your device prior to returning and pressing 'Next' to enter the network password.
- Android devices: Select the preferred network from the dropdown list in the app, then press 'Next' to enter the network password. If necessary, press 'Scan' to search for available networks.
Step 4. Follow the on-screen instructions to select your camera’s network (ex. Device_KJxxxxxxxx) to set it up with your network’s credentials and create a unique camera password (Note: This is the password for the camera only, not the password for your wireless network or the app login):
- Apple devices: Create a unique camera password and press 'Settings'. Temporarily leave the App to switch networks to the camera’s network, then return to continue setup. Wait for the wi-fi icon to show in the status bar before moving forward.
- Android devices: Select the camera’s network in the dropdown list in the app, then press 'Next' to create a unique camera password. If necessary, press 'Scan' to search for available networks.
Step 5. The wi-Fi setup is complete when you see the green checkmark. Press 'Finish' to return to the SG Home Cameras list and begin viewing the real-time video.
All devices: there may be a few seconds delay while your device reconnects to your network and the App logs back into the servers to retrieve your camera list
Step 6. Sign up for your desired SG Home® Subscription Plan. www.sghomecloud.com/subscriptions
Please see below for an attached PDF file with instructions and pictures of where to locate the reset button on the camera.


While numerous individuals may have an assumption about electrical engineering occupations and what they involve, most don’t understand that electrical engineering jobs encompass on more than occupations managing power. Electrical engineering is a wide field that includes a wide range of disciplines, and there are various electrical engineering opportunities all over. Electrical engineers handle electric power, and many disciples involve handling this power.
The variety of jobs on electrical engineering incorporate working with mobile phones, the development and improvement of electrical systems in vehicles, wiring the electrical buildings in structures, and trying to keep substantial scale control systems that work reliably. Some electrical engineering occupations may even involve working on complicated control systems for business planes, jet fighters, and space shuttles.
Electrical Engineering jobs that nee professionals deal with electrical frameworks, on a large scale and one field of electronics that deals with electrical frameworks on a smaller scale. For the most part, these sorts of electrical engineering jobs require managing little incorporated circuits and PC frameworks. Regardless of whether an electrical engineer manages little electrical frameworks or substantial electrical frameworks, there are an assortment of electrical designing job opportunities.
In spite of the fact that there are numerous electrical specialists around the globe, there is a wide range of electrical engineering job opportunities. Becoming an electrical engine requires one to learn a lot, stay committed, and work diligently. Because of this, there are limited electrical engineers available. If You want to have amazing care, you might want to become an electrical engineer. The pay for electrical engineers is high, and many of these engineers take home an amount that few people ion other professionals do.
If you want to become an electrical engineer and land into one of the available job opportunities, you should go to school and get a degree in electrical engineering. Since science an arithmetic are crucial for one to be an ingredient, you should work on your grades on the two subjects. While there are numerous electrical engineering occupations accessible, the field is additionally profoundly competitive, so you should ensure you have magnificent grades while you are concentrate to end up an electrical engineer. Managers need professionals that are devoted, savvy, and imaginative so they can take their insight and apply it to their activity.
Getting your degree in Electrical engineering is only the beginning of your career. You can end up exploring countless options in this field. The tasks here might be quite complex and you need some determination to make it. While you might end up engaging your body and mind on complex tasks, the pay you get from this career is worth.


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In partnership with the physics department at the New Jersey Institute of Technology (NJIT), we offer undergraduate majors in physics and applied physics and a graduate program (MS/Ph.D.) in applied physics.
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|Aanschafdatum product||januari 2010|
|Product verkregen via||productreview.option.|
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|Zou je dit product aan anderen aanbevelen?||Ja|
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Battery life is never the strength of large notebooks, even more so when you combine the large screen with a powerful processor and dedicated graphics card. The Acer 8940G stayed on for 3 hours and 10 minutes in our battery test with the screen brightness set to 70%, the power profile set to "balanced," and the wireless active. Power consumption varied between 18 and 24 watts during the test.
The Acer Aspire 8940 has nothing new in its design on the outside and has very common look and feel like the acer aspire one laptops. Though it is a big sized 18 inch notebook, it feels like a smaller 15 inch notebook because of its no frill design. But with big size comes big responsibility of making it sturdy enough so that it does not have too much flex under pressure. The notebook serves well under the responsibility and we don’t have any serious complain against its build quality but making the structure takes toll on its weight factor. The weight of over 9 pounds makes it impossible to carry outdoors and you won’t like it moving to and fro either.
The Acer Aspire 8940G has a SDHC Card Slot in the front, AC Power, LAN, VGA, Display Port, HDMI, eSATA/USB Combo, an USB, FireWire, Audio Jacks and Express Card Slot 54 on the right. The Blu Ray Drive, two more USB and a Kensington Lock is on the right side. There are every port that you can expect from a laptop and the space on its sides are very well utilized for them.
The system comes with a Intel Core i7 720 QM processor running at 1.6 GHz. It has 1333 MHz FSB and 6MB cache memory. Two 2GB DDR3 memory modules add the the nifty speed and performance of the machine. The dedicated Nvidia GeForce GTS 250M graphics with 1GB dedicated GDDR3 memory can run all the latest 3D games but don’t expect frame rates like those in gaming desktop computers and you’ll do fine. Overall, the machine is a powerful beast to meet all your needs under one roof.
Not Portable...This is made for people who love Big Laptop...or would i Say Desktop replacement!!! If you are not worried about the size and weight then this is for you!!
The 18.4 inch WUXGA FHD LCD display showing 1920×1080 pixels is the main asset of this notebook. The screen is an all glass style display with a protective layer covering the display. The color reproduction of the display is very good and contrasts are also superb. The brightness levels are also very good to be used in a brightly lit room although there is a problem of glare in bright lighting. Both vertical and horizontal viewing angles are also good enough.
The Acer Aspire 8940G is a well built and good looking multimedia notebook that can also game. The sound system is great if you can get past the weaker volume levels. The spacious 18.4" display is great for sharing a movie in a small room; something that might be difficult with a 15" or 17" notebook. System performance is very good with the Intel Core i7 processor and NVIDIA GTS 250M graphics ... although slightly less than true gaming notebooks. The biggest strength of the 8940G though is its ¤1,349 price, which is lower than any other Core i7 system currently on the market.


(Beijing) On July 15, BMW (China) Auto Trading Co., Ltd. announced that it has reached a cooperation with Beijing NavInfo Technology Co., Ltd. NavInfo will provide BMW China with high-precision map services for autonomous driving. This marks another big step forward for BMW China in the development of autonomous driving.
Mr. Gao Le, President and CEO of BMW Group Greater China, said: “High-precision maps are one of the core technologies of autonomous driving. They are irreplaceable in terms of prediction, driving strategy and safety. NavInfo is China’s A leading location service provider and a long-term business partner of BMW China. This cooperation will greatly promote the progress of BMW China in the field of autonomous driving.”
Cheng Peng, CEO of NavInfo, said: “The BMW brand with a century-old history is not only a witness to the development of the world’s automobile industry, but also a promoter of automobile industry revolutions. Now standing on the eve of the autonomous driving revolution, BMW has once again Choosing NavInfo as a peer, we have the responsibility to empower BMW with excellent and reliable products and services, and to be the pioneers leading the times together.”
BMW is one of the first automakers to develop autonomous driving technology, and has an almost paranoid pursuit of the safety and reliability of autonomous driving products. As an important part of the three major elements of autonomous driving, perception, decision-making, and execution, high-precision maps have always been BMW’s focus in the field of autonomous driving.
Compared with traditional navigation maps that are accurate to the “road level”, high-precision maps can achieve information recognition at the “lane level” and “high-precision positioning level”, and even reach centimeter-level accuracy. The location of edges and road signs can also display various obstacles such as non-motorized lanes, sidewalks, curbs, and green belts. Its function is like a nautical chart, accurately marking various information such as coastlines, ports, islands, hidden reefs, and dangerous shoals.
This large amount of accurate environmental information can help BMW self-driving cars accurately locate and understand the surrounding environment, and make optimal driving decisions at any time. In practical applications, high-precision maps can be upgraded online through OTA technology like mobile phone software, and timely update changes in road conditions, including road construction, obstacles, etc., to help cars avoid congestion and risks.
Since 2006, the BMW Group has been striving to realize safe, reliable, convenient and efficient autonomous driving technology. In the autonomous driving market in China, which has the most potential but also has an extremely complex road environment, BMW is also at the forefront. In 2016, BMW demonstrated L3 autonomous driving technology for the first time on the Chengdu Expressway. In 2018, BMW became the first international vehicle manufacturer to obtain an autonomous driving road test license in China.
There is no doubt that the cooperation with NavInfo has added another important weight to BMW’s autonomous driving research and development in the Chinese market. In 2021, the BMW iNEXT mass-produced model will be officially launched, equipped with L3 automatic driving function for the first time. In addition, the BMWiNEXT autonomous driving test fleet will begin testing L4 autonomous driving functions in pilot cities around the world in 2021. At that time, BMW’s autonomous driving products based on cutting-edge technologies such as 5G, high-precision maps, and big data analysis will shine.


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Voyager (Green) Radio Similar but different & cheaper than the other radio above. This one does not have the digital read outs & does not include temperature & humility. Truly a radio for any emergency with multiple power sources, flashlights, cell phone charging, and more! With the Voyage, you can stay up-to-date by listening to FM, AM, Shortwave, or 7 pre-set NOAA weather band frequencies.
Keep the radio powered by using a built-in adjustable solar panel, winding the hand-crank, inserting 3-AA batteries, or connecting an external power source through the USB or AC adapter ports. With 5 built-in LED lights, the Voyage also gives you light in time of need. in addition to lighting & radio capabilities, you can also charge small electronic devices with the included USB outlet - including Apple products . Rubberized body that is water resistant. The first radio above that I listed does not include this feature. One minute of winding will give roughly 12 minutes of radio play. 3 lighting options: 5 LED reading lamp lights (under solar panel), white LED light, flashlight red S.O.S. LED for emergencies. SW1: 3.20-9.00 MHz SW2: 9.00-22.00 MHz. Micro USB charging cable & Earbud headphones included.
Voyager V1 Dynamo and Solar Radio - Iron Gray The cheapest option of the 3 radios that I recommend. All 3 are solar hand crank flash light radios. This one STILL has some shortwave. No NOAA weather alerts which isn't necessary anyways as the NOAA broadcasts will not be working for weather alerts in the Great Tribulation. They might be using those bands for propaganda messages? No alarms, no digital read outs, no rubberized body for water resistance. Just the very basics. 1 Minute of cranking powers up to 15 minutes of radio listening or 1 hour of light. Earphones not included.
Toilet Seat with Lid to put on top of a 5 gallon bucket. Bucket is not included. When the toilet no longer works, because there will be no running water, you're going to NEED this!!!!! You can stock up now on plastic grocery bags or order bulk trash bags to line your bucket.
40 Lumens Solar Flashlight Recharges from any light source - indoor or outdoor! Runs for 8 hours on one full solar/light charge and holds a charge for years when not in use. The Hybrid 40 also has replaceable lithium coin cell batteries as a backup, so youíll have light even during periods when solar charging isnít possible. Itís waterproof and buoyant, so take one on the boat or out fishing. Yellow and green indicator lights show which power source youíre using (one click for solar power, two clicks for battery power), and a red indicator light shows when the solar panel is collecting power. Extremely durable: withstands damage from being dropped (from up to 5 meters) Waterproof up to 3 meters deep Buoyant (will float if dropped in water) Shines up to 72 meters away. This is CHEAP! This is a MUST HAVE!!! You can do without the radio. But you CANNOT do without a solar flashlight!
250 Lumen Rechargeable Lantern This is to use as your primary light source inside your tent & basement, etc. You do not want to walk around with flashlights all of the time. Just sit this lantern in the middle of the room. Recharges on crank or solar. This lantern/power hub provides up to 45 hours of lighting and can power your MP3, Smartphone, E-reader, or Tablet. Directional Lighting so you can light an entire tent or brighten a walking trail.
Seeds, Yes, you are going to need some NON-GMO Heirloom Seeds to grow your own food. This page will show you the fruits, vegetables, herbs & supplies from a dependable source at good prices! Highly recommended.


Intel hd graphics 620 driver windows 10
- Download Intel HD Graphics 620 Driver 22.214.171.12475 for Windows 10.
- Intel HD Graphic 620 stopped working after Windows update.
- Intel HD Graphics HDMI Output not working. - Windows 10 Forums.
- Solved: Intel HD Graphics 620 Driver Issues on Windows.
- quot;Driversquot; Posts in quot;Graphicsquot; - Intel Communities.
- Windows 10 V1903: Update KB4517389 causes issues with Intel Graphics Driver.
- Intel Graphics Technology - Wikipedia.
- Support for Intel HD Graphics 620.
- IntelR Graphics Driver Update V 126.96.36.19963 for Windows 10 19H2 - HP.
- Intel HD Graphics 620 Specs | TechPowerUp GPU Database.
- How to Download and Update Intel UHD Graphics 620 Driver.
- Intel hd graphics 620 driver windows 10 64 bit - Wakelet.
- Black Screen on Boot after Intel HD Graphics install Windows 10.
- Intel UHD Graphics 620 display adapter drivers - Treexy.
Download Intel HD Graphics 620 Driver 188.8.131.5275 for Windows 10.
The Intel HD Graphics 620 GT2 is an integrated graphics unit, which can be found in various ULV Ultra Low Voltage processors of the Kaby Lake generation. This quot;GT2quot; version of the Kaby Lake.
Intel HD Graphic 620 stopped working after Windows update.
To update your graphics driver via device manager; 1. Open the device manager by pressing the windows key r and type then press enter 2. Locate Display adapters 3. Under it, you will see the current graphics driver installed on your computer 4. Right click on it and select update driver 5.
Intel HD Graphics HDMI Output not working. - Windows 10 Forums.
The Intel HD Graphics 620 is an integrated GPU by Intel that is manufactured using the 14nm FinFET Process. It is the stock GPU of some of the Intel Kaby Lake Series Processors like the Intel Core i5 7200U. The base frequency of Intel HD 620 is 300 MHz which can go up to 1.0 GHz. It also has support for 4K video playback at 60Hz. Update KB4517389 for Windows 10 Version 1903. Cumulative security update KB4517389 was released on October 8, 2019 for Windows 10 Version 1903 and Windows Server Version 1903. I reported about it in the blog post Patchday Windows 10-Updates October 8, 2019.The support post states that this cumulative update is intended to improve security for Internet Explorer and Edge browsers.
Solved: Intel HD Graphics 620 Driver Issues on Windows.
Intel is rolling out Universal Windows Drivers that are required for Windows 10 1809.... Intel HD Graphics 620/630 Kaby Lake; Intel Iris Plus Graphics 640/650 Kaby Lake. Nov 18, 2015. #1. I have an Acer Aspire E1-572P, with an Intel R Core i5 4200 processor. It had Windows 8.1 when I bought it. Updated to Windows 10 a few months ago. Since the update, my Intel R HD Graphics Family driver has been giving me issues. When playing a game such as WoW, GW2, or any Steam game, every now and then, the game will..
quot;Driversquot; Posts in quot;Graphicsquot; - Intel Communities.
System compatibility report: Unsupported Video Driver Intel HD graphics 630 [AE 2020] [Windows 10] RiaanLaubscher.... Unsupported Video Driver Intel UHD graphics 620 [AE 2020] [Windows 10] Please solve the problem. Likes. Like Translate. Translate. Report. Report. Follow; Report; More. Reply.
Windows 10 V1903: Update KB4517389 causes issues with Intel Graphics Driver.
. Intel HD Graphics Driver for Windows 10 64-bit - ThinkPad. SHOP SUPPORT. PC Data Center Mobile: Lenovo Mobile: Motorola Smart Service Parts COMMUNITY My Account /.
Intel Graphics Technology - Wikipedia.
To prepare for the release of Windows 10 2004, Intel has released Intel Graphics - Windows 10 DCH Drivers 184.108.40.20687, which is WDDM 2.7 compliant and adds support for DirectX 12 Shader Model 6. Step 1: Visit the Intel Downloads Center. Step 2: Go to the search box, and type Intel HD Graphics 4600 into it. After that, hit the Enter key on your keyboard. Step 3: Choose the correct version of the Windows operating system. For instance, if you are using Windows 10 32-bit, choose Windows 10, 32-bit.
Support for Intel HD Graphics 620.
Go to Device Manager right click on My Computer, choose Manage and then find Device Manager in the left panel, or right click on Start Menu for Windows 10 and select Device Manager 3. Right click on the hardware device you wish to update and choose Update Driver Software 4..
IntelR Graphics Driver Update V 220.127.116.1163 for Windows 10 19H2 - HP.
Aug 11, 2019 Intel HD Graphics 620 Driver Restart required This package contains the driver for Intel HD Graphics. A graphics or video driver is the software that enables communication between the graphics card and the operating system, games, and applications. The update addresses the Intel security advisory INTEL-SA-00189.
Intel HD Graphics 620 Specs | TechPowerUp GPU Database.
Windows Update. This update will be downloaded and installed automatically. It will be listed in the Windows Update history as follows: Intel Corporation driver update for Intel R HD Graphics 620.
How to Download and Update Intel UHD Graphics 620 Driver.
Method 1: Use Intel Driver amp; Support Assistant to automatically detect and install the driver Recommended Download the Intel Driver amp; Support Assistant. For more information, see the Intel Driver amp; Support Assistant FAQ. Method 2: Manually install the driver from the Intel Download Center. Installation. Follow the steps below. Mar 15, 2022 Follow the simple steps below to perform Intel UHD Graphics 620 driver download with Windows in-built utility tool called Device Manager. To open the Device Manager, you need to first launch the Run dialog box utility by pressing Windows R at a time. Then, type in the Run box and either hit the Enter key or click on the Ok option. Right-click the Intel graphics entry and select Update Driver Software. Click quot;Browse my computer for driver softwarequot;. Click quot;Let me pick from a list of device drivers on my computerquot;. Click quot;Have Diskquot;. Click quot;Browsequot;. Access the designated location or folder, and access a folder called quot;Graphicsquot;. Select the file called quot;igdlh64quot; or quot;igdlhquot.
Intel hd graphics 620 driver windows 10 64 bit - Wakelet.
With a slow broadband connection where I live, Windows 10 insisting on downloading updates can slow down the broadband at times to the point it can seem like I#x27;m back on dial-up. I tried installing the Intel HD 620 Windows 10 driver under Windows 8.1 and I got a message saying my processor was designed to work with Windows 10. Intel hd graphics 620 driver windows 10 64 bit.Intel HD Graphics Production Driver for Windows 10, 64-bit N-Series... Looking for: Intel hd graphics 620 driver windows 10 64 bit.Intel HD Graphics 620 Driver. Click here to DOWNLOAD Intel hd graphics 620 driver windows 10 64 bit. Intel HD Graphics 620 video cards drivers.
Black Screen on Boot after Intel HD Graphics install Windows 10.
Get the latest official Intel HD Graphics 620 display adapter drivers for Windows 11, 10, 8.1, 8, 7, Vista, XP PCs. Update drivers with the largest database available. Products. Driver Fusion Omnify Hotspot.... Windows 11, 10 x64. HD Graphics 620. Version: 30..101.1747 Date: 7 July 2022 INF file: Size: 1.68 GB Download driver.. Go to Device Manager gt; Right-click on quot;Intel HD Graphicsquot; or quot;Microsoft Basic Display Adapterquot;. 7. Select quot;Update Driverquot;. 8. Allow Windows Update to Search for the best drivers for your system. 9. Install the driver. 10. Restart the computer. If you want to install the Intel DCH generic drivers you may force the generic drivers#x27; installation.
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[[Image]] EarthQuest Winter 1988 The Earth Observing System In mid-January, NASA's Office of Space Science and Applications, Earth Science and Applications Division, issued an Announcement of Opportunity (AO) calling for proposals for scientific investigations to become a part of the Earth Observing System (Eos). Proposals are also solicited for scientific investigations that involve either earth observing instruments to fly as attached payloads on the manned Space Station or non-earth observing instruments to fly in polar orbit with Eos as secondary payloads. Eos will consist of a broad array of both research and operational instruments aboard four polar-orbiting platforms, the first two provided as part of Space Station, with a data and information system that will handle the massive volume of data acquired by the sensors. Eos began as a mission concept in early 1982 with an in-house NASA study of possible uses of space platforms in polar orbits: a concept then known as System Z. Following a reorganization at NASA headquarters in early 1983 that brought all earth science activities into a single division, NASA took steps to involve a wider community, including NOAA representatives, in the development of the System Z concept. A result of this was the creation of an Eos Science and Mission Requirements Working Group, which later became the Eos Science Steering Committee. The charge to this group was to consider all aspects of earth science, restricted only by a requirement to focus on observations that could be made from low earth orbit. Over the years, the Eos Science Steering Committee has continued the work of the original working group in overseeing the overall development of the Eos concept and in ensuring that the mission that was planned remained faithful to the original intent of the science community. In early deliberations the working group decided that sun-synchronous polar orbits were optimal for making observations of the earth from space. They further realized the need for virtually simultaneous observations of a number of variables. This led to their original plan for two polar platforms, each of which would carry a significant [[image]] number of instruments. The desire to observe terrestrial biota under conditions of maximum and minimum stress, coupled with the assumed continuation of relevant Landsat and NOAA observations, led to the choice of an afternoon equator-crossing time for the Eos platforms. The Eos Science Steering Committee addressed NOAA requirements for an Eos mission by shifting the altitude for platforms from 705 km to 824 km. The related issue of the need for a morning equator crossing time was also considered. It was recognized that certain variables such as those measured by scatterometers, radars altimeters, and earth radiation budget instruments, merited more frequent and/or more intense measurement. As needs were identified, the scope of Eos grew from two polar platforms for research to three for research and operations. Eventually, as the instrument-carrying capabilities of various platforms were better defined, the requirement was increased to four polar platforms – the number described in the January AO. The are necessary to accommodate most of the original set of instruments needed to fulfill the observational objectives of Eos as well as the required operational payloads. Given the broad scope of the Eos mission, it was soon recognized that a more extensive planning effort was needed to ready the Eos concept for implementation. Panels of NASA and other scientists and technical experts were appointed to study the Eos data and information system and three of the Eos scientific instruments: a moderate-resolution imaging spectrometer, a laser atmospheric sounder and altimeter, and a high-resolution multifrequency microwave radiometer. Later four more panels were established to provide scientific guidance for the conceptual design of a high-resolution imaging spectrometer, a synthetic aperture radar, a laser atmospheric wind sounder, and altimetry systems. The Eos Science Steering Committee documented the refinements and modifications that were made in the evolution of the Eos concept between 1984 and 1987. They also provided a more detailed scientific rationale for the benefits of such an extensive mission in specific areas of earth science research in a publication entitled Patter to Process, the Report of the Eos Science Steering Committee. This and the published reports of the various Eos instrument panels are available from Dixon Butler, Eos Program Scientist (address given at end of article). These reports are also part of the AO package. The objective of Eos is to provide the data and the supporting information system necessary to develop a comprehensive understanding of the way the earth functions as a natural system, as proposed by the NASA Advisory Council's Earth System Sciences Committee (see EarthQuest, Vol. 1, No. 2). To do this, two specific elements are required: • A comprehensive data and information system to provide the earth science research community with easy, affordable, and reliable access to the full suite of earth science data; and • An observing system to provide the full set of essential global earth science data available from low earth orbit on a long-term, sustained basis and in a manner that maximizes the scientific utility of the data and simplifies its analysis. To ensure that Eos fulfills its objectives, it must satisfy certain requirements de-
The first image is in the top left corner of the page and it is of a magnifying glass with the Earth inside of it The second image is at the top of the second column of the page and it appears to be of some sort of satellite.
Please note that the language and terminology used in this collection reflects the context and culture of the time of its creation, and may include culturally sensitive information. As an historical document, its contents may be at odds with contemporary views and terminology. The information within this collection does not reflect the views of the Smithsonian Institution, but is available in its original form to facilitate research. For questions or comments regarding sensitive content, access, and use related to this collection, please contact email@example.com.


The Best PC Components for Your Custom Video Editing Computer
– Building a custom PC for video editing can be a cost-effective way to get the performance you need.
– The best CPU for video editing is currently the AMD Ryzen 9 5950X.
– A powerful video editing PC needs a lot of RAM, so we recommend at least 32GB.
– The NVIDIA GeForce RTX 3080 is a great GPU choice for video editing.
– You’ll want to invest in a quality power supply to ensure stable performance.
– When it comes to storage, we recommend a combination of SSDs and HDDs to balance speed and capacity.
Building a custom PC for video editing can seem daunting, but with the right components, anyone can do it. By investing in a powerful CPU like the AMD Ryzen 9 5950X, plenty of RAM, and a quality GPU like the NVIDIA GeForce RTX 3080, you’ll be well on your way to creating a top-of-the-line editing machine. Don’t forget to also invest in a reliable power supply and a combination of SSDs and HDDs for storage. With these components, you’ll be able to handle any editing project with ease.
Original article: https://www.videomaker.com/archive/the-best-pc-components-for-your-custom-video-editing-computer/


PC Wizard software of and analysis and detection free download full final 2014
PC Wizard 2010.1.961: This is a very powerful tool that can specify and detect the hardware in any computer, even this detection still takes into account the latest technology, even on the other hand this software is able to make well detailed analysis of the machine, besides being able to test the performance of the latter, all with the aim to specify the level of operation of the machine in order to rectify the problems and faults if there is some one.
PCWizard analyse processor, RAM, hard disk, drive units and others.
PC Wizard 2010.1.962 is the latest version of this free software to download.
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Senior Software Engineer
Specializing in Embedded Systems
email@example.com / 1-206-883-7832
Current version at http://xn13.com/ben-olmstead-resume.html
- C, C++, Shell Script, Python, Assembly
- Posix, Linux
- Soft Real-Time Systems
- DRY Principles, Object Oriented Software, Fault-Tolerant Systems
Member of Technical Staff - Software Engineer (2011-present)
I work on Google's Camera Systems team. This is a cross-disciplinary team encompassing mechanical, electrical, and software engineers. I am responsible for the entirety of the on-board software for Google's aerial camera platform, but also have a hand in other camera systems.
- Revived development on a business-critical system whose software engineers had all left the team before I started.
- Reconstructed system requirements from scratch, by talking to stakeholders and reverse-engineering existing code.
- Conceived, designed, and implemented a new system software stack.
- Added new controls to validate data in real-time.
- Greatly simplified support tasks by providing clear, actionable information in the system logs.
- Proposed ways to improve system productivity, and implemented them or worked with other teams who could.
- Removed software as a bottleneck for releasing new hardware to the field.
- Updated the system software to handle new system hardware.
- Reduced use of cellular bandwidth.
Senior Software Development Engineer (2009-2011)
(Amazon.com Subsidiary) Lab126
I worked on the Kindle 2, 3, and Touch, primarily on the system daemons, written in C.
- Re-wrote the Text-to-Speech integration in the Kindle, reducing errors more than 25-fold compared to the previous version.
- Fixed numerous bugs in the core Linux system on the Kindle.
- Improved logging on the device for diagnosing problems in the field.
- Trained and advised teammates on C, POSIX/Linux behavior, and shell scripting.
- Guided junior team members through implementation of new features.
- Worked with other teams within Lab126 and Amazon to agree on and implement interfaces for new features.
Software Development Engineer (2007-2009)
I worked on the Global Financial Systems (GFS) team, leading a group of developers in maintaining and improving Amazon's C++ and Perl financial reporting systems.
- Created the product backlog for the Sustaining Engineering sub-team, and served as Scrum Master for that team.
- Worked closely with internal customers to understand business meaning and fix root cause of data quality issues.
- Initiated, designed, and implemented new controls for data integrity and SOX compliance.
- Mentored new hires on Amazon and GFS systems.
Senior Software Developer (2005-2007)
PSI (via merger with ODS Software)
I refactored a 1,000,000-line thick-client transaction-processing program in C#, solidifying core code while continuing to add new features.
- Reduced line count and removed dead code.
- Created unit tests for existing features.
- Decoupled code and applied DRY design principles.
Software Engineer (2000-2004)
Polycom (via acquisition of Voyant Technologies)
I wrote control software for custom voice conferencing telephony bridges, using C++, Perl, Java, C#, Ruby, and shell scripting. I took primary ownership of the end-user-facing web interface and the core threading, networking, and serialization framework.
- Rewrote the application's built-in web server, using heavily-tested core code to replace poorly-tested special-purpose code.
- Refactored the core threading, message-passing, serialization, and networking infrastructure to support new use cases, including pluggable serialization formats and transport protocols, and dynamic address registration.
- Worked with telephone companies to support carrier-specific low-level telephony protocols.
Bachelor's of Computer Science equivalent.


September 02, 2011
wespro / fujezone / TCL Mini Laptop with WIFI Connectivity and Free Optical Mouse
It is a 7 inch Mini Laptop with Windows & WIFI Connectivity.
it has memory of 128 MB RAM,
Hard Drive: 2GB NAND Flash,
Expandable up to 8GB with SD Card,
3 USB Ports and Expandable up to 8GB with SD Card,
Supported Audio Formats: MP3, WAV, WMA, AAC, AAC ,
Supported Video ...


- This event has passed.
Towards Deterministic Electrode Design: Elucidating the Role of Surface Chemistry and Microstructure on Redox Flow Battery Performance
April 16, 2019 @ 10:00 am - 11:00 am
Electrochemical energy storage has emerged as a critical technology to enable sustainable electricity generation by alleviating intermittency from renewable sources, reducing transmission congestion, enhancing grid resiliency, and decoupling generation from demand . Redox flow batteries (RFBs) are rechargeable electrochemical devices which hold promise for energy-intensive grid storage applications, but further improvements are needed for universal adoption . While research efforts have primarily focused on the discovery and development of inexpensive designer redox couples, significant cost reductions may also be achieved through advances in other system components. Of particular importance are the porous electrodes, which are responsible for multiple critical functions in the flow cell related to thermodynamics, kinetics, and transport including providing surfaces for electrochemical reactions, distributing liquid electrolytes, as well as conducting electrons and heat. However, there is limited knowledge on how to systematically design and implement these materials in emerging RFB applications, forcing the repurposing of available materials that are not tailored for this electrochemical system. Moreover, present day materials, which are typically developed via empirical approaches, lack control of surface chemistry (e.g., compositional heterogeneity) and microstructure (e.g., broad pore size distribution). This fundamentally limits the performance, durability, and, ultimately, the cost of resultant systems.
In this talk, I will describe methods for disaggregating and quantifying resistive losses in various porous electrodes using model redox couples, diagnostic flow cells, and electrochemical modeling [3,4]. When applied in combination with suitable spectroscopy and microscopy techniques, structure-performance relations can be elucidated [5,6] which may eventually lead to design rules that enable the fabrication of chemistry-specific electrodes based solely on the knowledge of the physical and electrochemical properties of the redox active electrolyte.
- I. Gyuk, M. Johnson, J. Vetrano, K. Lynn, W. Parks, R. Handa, L. Kannberg, S. Hearne, K. Waldrip, R. Braccio, Grid Energy Storage, US Department of Energy, 2013
- R.M. Darling, K.G. Gallagher, J.A. Kowalski, S. Ha, F.R. Brushett, Energy & Environmental Science, 2014, 7, 3459
- J.D. Milshtein, J.L. Barton, R.M. Darling, F.R. Brushett, Journal of Power Sources, 2016, 327, 151
- J.D. Milshtein, K.M. Tenny, J.L. Barton, J. Drake, R.M. Darling, F.R. Brushett, Journal of the Electrochemical Society, 2017, 164(11), E3265
- K.V. Greco, A. Forner-Cuenca, A. Mularczyk, J. Eller, F.R. Brushett, ACS Applied Materials & Interfaces, 2018, 10(51), 44430
- A. Forner-Cuenca, E. Penn, A. Oliveira, F.R. Brushett, submitted
Fikile Brushett is an Associate Professor of Chemical Engineering at the Massachusetts Institute of Technology (MIT) where he holds the Cecil and Ida Green Career Development Chair. He received his B.S.E. in Chemical & Biomolecular Engineering from the University of Pennsylvania in 2006 and his Ph.D. in Chemical Engineering from the University of Illinois at Urbana-Champaign in 2010 under the supervision of Professor Paul J. A. Kenis. From 2010-2012, he was a Director’s Postdoctoral Fellow in the Electrochemical Energy Storage Group at Argonne National Laboratory under the supervision of Dr. John T. Vaughey. In 2013, he started his independent career at MIT where his research group seeks to advance the science and engineering of electrochemical technologies that enable a sustainable energy economy. He is especially interested in the fundamental processes that define the performance, cost, and lifetime of present day and future electrochemical systems. He has received several awards from his research and teaching including the ECS ETD Supramaniam Srinivasan Young Investigator Award (2019) and being named one of Chemical & Engineering News’s Talented 12 chemists (2017). He also serves as the Research Integration co-Lead for the Joint Center for Energy Storage Research (JCESR), a DOE-funded Energy Innovation Hub.


Verisun is focused on urban citizen with the aim of helping develop sustainable and time-efficient transport.
Having built over 25 ‘smart city solution installations’ in Turkey, Verisun has become the pioneer in smart city technologies. Five thousand citizens are served by Verisun innovation each second.
As the inventor of cloud based mobile transport systems in smart city technologies, Verisun provides the ultimate intelligent transport through its Smart City Platform (SCP), which is the world’s first and only smart city platform capable of real time public transport. SCP provides arrival time expectation, multimodal journey planner, personalised alert system, output for Web, Mobile and any kind of IoT devices and support for the visually impaired.
Verisun won some of Turkey’s most prestigious awards in 2015 such as the ‘E-TR Government to Citizen Award’. Kocaeli Solar Smart Pole Transport Station (IoT) also won first prize in the economic category of Transist in 2015. SOLAREK, a smart transport solution for the visually impaired, sup won first prize for accessibility on Transist in 2016. Also, Vestel invested in Verisun in 2017.


Starting in May you can buy a high-tech Volvo that promises to save the lives of cyclists and pedestrians, even when you can’t.
It would happen in one of those emergency situations where electronics in the form of radar, cameras and electronic control modules outdo human reactions. It’s new technology, so I wouldn’t ride in front of one of these Volvos to see how it works. Gizmag coverage
Welcome to the future. Google has cars that drive themselves using even more elaborate technology. They’re driving thousands of miles in the Bay Area and working quite well, but it took more than a decade to get to this level.
When you watch Volvo’s promotional video, you’ll roll your eyes at the cyclist’s idiotic maneuver that puts him in the car’s path. I’d rather see a more likely scenario – texting distracted driver drifts into a cyclist from behind.
This technology will take a while to find its way into less expensive cars. In the meantime, what about 18-wheelers? They need this technology more than cars. An add-on would be nice.
These advanced driver assistance systems (ADAS) are rapidly making their way into the mainstream. Some systems are being mandated by government, especially in Europe. Others are finding industry advocates, such as insurance companies, for reduced insurance costs.
Radar for cyclists
While the technology that goes into these systems is way over my head, I met a cyclist and technologist who has designed an affordable tracking system for detecting cyclists.
UWB, which has been around for a long time, almost made it into the mainstream before Intel pulled out in 2009. Shortly thereafter the organization driving its acceptance in IEEE folded, slowing UWB’s adoption for commercial use.
UWB has a lot going for it, such as low power, extreme accuracy and lack of signal interference, so it may yet find an application. The U.S. military has done some research on UWB for radar with some success.
The only catch with Roadar is that both the car and the cyclist/pedestrian need hardware, although the system could be implemented in a smartphone using software as long as it had UWB. The car needs a receiver and the cyclist needs a transmitter.
While people online are taking potshots at the Volvo technology — cyclists and non-cyclists alike — we’re seeing the start of a much safer future with Volvo’s technology. It will just take some time for systems to mature and for society to adapt.


Google launched the Eddystone, the new Bluetooth LE technology that is a tiny transmitter basically helping to beam signals to the devices that are in the vicinity. It transmits data on an interest point and is picked in the range of transmitters by a mobile device. iBeacon from the tech giant Apple came into existence two years before the launch of Googles Eddystone.
iBeacons were primarily deployed by Apple to support people shopping at Apple Stores. For instance, a beacon-equipped store can send out in-store promotions to its customers in the store instantly. Alternatively, places such as museums could set up this technology to send museum exhibits data to people to view them.
Eddystone is extensible and robust. It also supports multiple frame types facilitating different use cases, and supports versioning to introduce new functionality easier. The cross-platform supports Android, iOS or other platforms supporting BLE beacons. It is also available on GitHub under the Apache v2.0 license open-source, for everyone to use and improve.
As Eddystone is an open source and offers support for cross-platform in iOS and Android, it has an extra edge over iBeacon that works only with select iDevices. This reveals that the iBeacon has limitations as only a small percentage using smartphone and worldwide can use iBeacon. Thus, the Eddystone open source ability offers a major advantage over iBeacon.
Another difference between these transmitters is that, same as iBeacon, Eddystone supports multiple “frame types”. iBeacons send out only UUIDs basically tied to the developer’s server. So, one must have the specific app to perform a particular task. Google’s Eddystone on the other hand, sends URL replacing UUID. This is resistance free and can release in a Web browser featuring specific apps, besides is ideal for solitary data transactions.
URLs are the “QR Code” option, and the advantage is there is no need to have a QR Code reader app. Besides, one need not take the QR code image.
The beacons onset offers the users advantage of automation capabilities and new functionalities even for retail apps. Thus the Bluetooth beacon ensures a bright future ahead.
Beacon technology is sure to evolve a lot in the coming years and now the market is in the adoption phase offering little visibility of order and timing featuring new integrations and exciting functionalities to be released. However, developers and companies are considering the flexibility it offers to enable switching between the protocols and to adopt a mix-n-match approach with both formats.


Comment on page
To Scan a Network
Methodology To Scan a Network on a Penetration testing assessment, understand what to do without triggering IDS alarms.
Usually on certifications labs or execuing a pentestration test on a client we have define in our scope a sub net with specified range of IPs.
Before start scanning the network I usually execute some commands on my machine to verify what interface is associated with the VPN to verify my IP and verify my ARP table.
Networks can filter types of traffic or traffic to specific port numbers. Pay attention if you trying to get a reverse shell on a random port number, that port could be blocked.
As I said networks can filter types of traffic like TCP/UDP/SCTP/ICMP or even IP, yes IP!
Most of corporate networks block all traffic and only allow a tunnel between two endpoints validating src IP and dst IP, protocol type and service/port.
UDP traffic can be block only for a specific host and allowed for other inside the same subnet.
Or can be blocked on all subnet like IPv6.
In these case we need to test the network for each host we've found.
In order to detect hosts on our network without trigger alot of IDS alarms we can use the ARP command. We will send ARP requests to the network and wait for all responses
We can use ping command send ICMP packets and verify if the host is alive but remember some hosts are configured to not response to ICMP ECHOs.
to scan using the IP protocol we can use nmap.
What if we can't connect to any port using any protocol? or at least any port we test was
Traceroute using TCP
sudo traceroute -T 192.168.4.5
Traceroute using UDP
sudo traceroute -U 192.168.4.5
sudo traceroute -I 192.168.4.5
You need to develop you attacking methodology here I only talk about basics steps. Ping me on Discord to talk about other techniques. I will love it!


There are many considerations when connecting your computer to the network. Below are some uses cases that may help you in your decision
|Type of Network Connection||Computer Ownership||Supported Use Cases||Comments|
|Wired ethernet (UBC network)||
UBC owned only
||Preferred option when available|
|Wired ethernet (IAPv2)||UBC or personally owned||Internet access||Does not support remote access to your computer or network printing|
|UBC wireless (ubcsecure or eduroam)||UBC or personally owned||
Does not support remote access to your computer
Wireless is also an option on a desktop computer, using either built in wireless or added on easily. Contact the IT Help Desk for more information.
Unfortunately, at this time we do not support the following use cases:
- Workgroup switches
- Self-managed wireless access points
- Router / firewalls
Frequently Asked Questions
A workgroup switch is a small portable network switch that can be used to connect multiple ethernet devices to a single uplink port. While these network switches are very attractive in terms of price, they have some major drawbacks. Workgroup switches suffer from the following issues :
- Can easily make the network in your entire building inaccesible for everyone if misconfigured or faulty.
- Typically do not have power for a UBC VoIP phone.
- Are unreliable
Instead of using a workgroup switch, we ask you to to request Physical Cable Installation.
If you are connecting by ethernet, then yes you do need to unless the area is configured for IAPv2 to support personal computers.
IAPv2 ports are generally only available in public areas. In general, please contact the IT Help Desk prior to connecting via ethernet.
If you are considering purchasing an Internet of Things (IoT) device to use on the UBC wireless network, please consider the following:
- Devices should support WPA2 Enterprise
- How do you communicate with the device?
- How is the device secured?
- What is the lifecycle of this device?
IoT devices need to meet CIO Security Standards, specifically U11 Securing Internet of Things (IoT) Devices standard. While many IoT devices appear to be low risk if the data the IoT device collects or interacts with is low risk, IoT devices can still be easily compromised and UBC must be protected from compromised devices. As a result, you still need to appropriately secure IoT devices according to the U11 standard regardless of the information risk.
On campus, generally speaking, no. Please refer to SC11 Wireless Network Policy. Setting up your own wireless access point at UBC will interfere with UBC wireless quality.
It's an internet access point configured for internet access only without priveldged access to the UBC network to be used for personal devices. You will see these ports typically in public areas or areas where students frequent and there are no devices connected to it.
You will know a port is IAPv2 because it's in a public area and when you connect via ethernet you will be redirected when opening a browser window to what is called a "captive portal" that will require you to login with your CWL username and password.
Please do not connect any device to ethernet without contacting the IT Help Desk first, unless it's IAPv2. We recommend contacting us if you are unsure.


Manufacturing CenterPublish Date：2019-10-28
The company has a modern electrical manufacturing base covering an area of 20,000m2, with an annual production capacity of more than 1,000 converters. The company's complete supply chain and quality control system guarantees the timely delivery of high-quality products.
The manufacturing system meets the requirements of first-class European electric companies:
We provide electrical equipment for DEMAG, the world's first port machinery manufacturer;
We provide electrical equipment for GE-Power's European Division;
We are committed to providing our customers with first-class production solutions and creating higher benefits for our customers.


What is Level 2 Charging?
Having a level 2 charging station at home is like having your own fuel station right at your doorstep. Plug your car in at night and have a fully charged vehicle in the morning. Level 2 chargers are best suited for EV owners who use their vehicles frequently. If you drive several times per day, and for extended distances, you might have little time in-between activities for charging.
How many KM can I get with a level 2 charger?
With a level 2 charger that uses a 220/240V Outlet, you can fully charge your car within 4-6 hours of charging.
How do level 2 charger installations work?
The increase in power requires a more significant power source and a professional installation process. This work should be done by a certified electrician that is experienced with charging technology, to ensure both safe a operation and effective charging of the vehicle.
Where will you install your home charging station?
Each level 2 charging station has a cable that varies in length from one unit to another. With your parking space in mind, zoom in to the exact location where you plan on installing the level 2 charging station to make sure that the cable will be long enough to reach your electric car’s port.
Where should I put my level 2 charger?
Not all home charging stations are weather-proof. Do you park your electric vehicle in your garage or outdoors? Among the units that are weather-proof, their levels of resistance will also vary depending on how extreme the climate is. With Toronto’s harsh weather, we recommend you make sure to choose a home charging station that can handle these types of extreme weather conditions.
What EV Charger should I buy?
With so many EV Chargers being available in the market, safety is a top priority in order to keep your family, home, and car safe. Look for a charger that is ENERGY STAR certified. These car chargers use 40% less energy when not actively charging a vehicle.
There are a few chargers that we recommend to choose from. The companies FLO and Chargepoint provide affordable level 2 chargers that are certified and safe to install for electricians.
The Flo Home G5 and Flo Home X5 Come with integrated safety features, a 3-year warranty, and a 25-foot industrial-grade cable that can withstand temperatures of -40°C to 50°C.
Where can I find information about my electric car?
If you want to find more details about your specific EV, we recommend using the Energy Star car database. Filter through the manufacturer of your car, year, vehicle class, and other details to find the specific model you have.
They’re so many different EV Chargers, which one should I choose?
For us to recommend you the best EV charger for your home, we will need to know:
- Your EV’s battery size: the bigger it is, the longer it will take to charge.
- Your home charging station’s max power capacity: even if the vehicle on-board charger can accept a high power, if the home charging station can only output less, it will not charge the vehicle as fast as it can.
Here’s how it works
Our team is here to support you every step of the way towards the design, installation and maintenance of your Electric Vehicle Charging Station.


Ever since Apple started trimming down the ports on their Macbook notebooks, there’s been an increasing demand for adaptors to make up for the lack of connectivity. Today, I found out that I needed to access my Asus wireless router to set it up for a new ISP that I subscribed to. Unfortunately, I only had a third-party, non-Apple ethernet adaptor. In this case, it was a USB ethernet dongle from Lenovo.
When I plugged it into my Macbook, nothing happened. Clearly, Apple only provided drivers and support for their own Apple adaptors. Thankfully, there were third-party drivers for common USB ethernet adaptors. Plugable had the Mac drivers for the USB2-E100 and USB2-OTGE100 chipsets, which were pretty common in third-party USB ethernet dongles. When I installed it on my Macbook Air, the Lenovo USB ethernet dongle came alive and started working.


Hp Tangerang Service Center Description and Contact Information
Hp TangerangHewlett Packard Company is performing in almost every country, it is a multinational brand that is known as HP. Hewlett Packard Company has major ability in developing and manufacturing computing, data storage and networking hardware, designing software and delivering services. It is one of the World's largest IT service providing companies. The company offers personal computing devices, enterprise servers, related storage devices, as well as a diverse range of printers and other imaging products. HP products and services are served in to consumers, small and medium sized businesses, households, government, large enterprises, health and education sectors, with the help of supply retailers, software partners, major technology vendors and online distribution. HP has an Authorised service centers, which is located on above written address.
Binong Permai, Block-F, 18, No.15, Tangerang, Indonesia.