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PR Newswire

Production Officially Starts at USI’s Vietnam Plant

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SHANGHAI, July 30, 2021 — USI’s Vietnam plant is located in Dinh Vu, Haian District, Haiphong City, Vietnam, covering a total area of 65,000 square meters. The construction process will be finished in two phases. Recently the System in Package (SiP) modules for wearable products have received the production certificate and the first-phase plant officially started production on July 29, 2021. The main plant put into use in the first phase has a floor area of 54,000 square meters, covering an area of 18,000 square meters. In the foreseeable future, the plant will focus on manufacturing SiP modules for wearable electronic products.

USI Vietnam Plant
USI Vietnam Plant

The Vietnam plant is expected to reach full capacity in 2022 with an annual output of more than 10 million modules and create approximately 1,700 jobs for local residents, becoming a high-tech manufacturing company in Haiphong. Part of the land is still reserved to develop other businesses and meet the potential needs of future customers. In the future, the company will give full play to the competitive advantages of the Vietnam site and develop EMS/ODM/JDM businesses in the Vietnam site according to customer needs.

As the company’s first manufacturing base in Southeast Asia, the Vietnam plant is an important part of the USI’s global landscape of manufacturing sites. It will help the company respond to the orders from overseas customers more flexibly and promote the development of local economy and high-tech industries in Vietnam.

About USI

USI (SSE: 601231, A constituent of CSI300 Index), Universal Scientific Industrial (Shanghai) Co., Ltd., is a global leader in electronic design and manufacturing as well as a leader in the field of SiP (System-in-Package) modules. USI provides D(MS)2 product services: Design, Manufacturing, Miniaturization, Industrial software and hardware Solutions, and material procurement, logistics and maintenance Services. With Asteelflash, USI has 27 sales, production and service locations across four continents of America, Europe, Asia and Africa, and offers customer diversified products in the sectors of wireless communication, computer and storage, consumer, industrial, medical and automotive electronics worldwide. USI is one of the subsidiaries of ASE Technology Holding Co., Ltd. (TWSE: 3711, NYSE: ASX) which is a world-leading provider of semiconductor manufacturing services in assembly and test in the world. To learn more, please visit www.usiglobal.com and engage with us on LinkedIn and YouTube.

PR Newswire

Xinhua Silk Road: Broader opening-up underway in Shanghai FTZ’s Lin-gang Special Area

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BEIJING, July 22, 2021 — Lin-gang Special Area, a new zone added to the China (Shanghai) Pilot Free Trade Zone (FTZ) in August 2019, is forging ahead on all-around and high-level opening-up.

Photo shows the 12th Symposium on Chinese Scholars and Shanghai Development in the 21st Century held in Shanghai on July 15, 2021.
Photo shows the 12th Symposium on Chinese Scholars and Shanghai Development in the 21st Century held in Shanghai on July 15, 2021.

Since its establishment, the special area has focused on building up an investment and trade liberalization-centered rules system to boost opening-up.

In the future, where will the Lin-gang Special Area be heading for? Experts who attended the 12th Symposium on Chinese Scholars and Shanghai Development in the 21st Century held in Shanghai on Thursday generally believed that the special area shall continue to broaden opening-up and intensify stress testing to construct a more influential and competitive special economic zone. Jointly organized by Shanghai Chinese Overseas Friendship Association and Shanghai Overseas Returned Scholars Association, the symposium is dedicated to depicting the future of Lin-gang Special Area.

In the 14th Five-Year Plan period (2021-2025), Lin-gang Special Area will take full advantage of its role as a testing field for reform and opening-up to better participate in global cooperation and competition, said Zhu Zhisong, member of the Standing Committee of CPC Shanghai Municipal Committee and deputy managing director of Lin-gang Special Area Administration.

To better support the area, more talents and resources will be pooled from home and abroad, vowed Zheng Gangmiao, member of the Standing Committee and head of United Front Work Department of CPC Shanghai Municipal Committee.

Alongside application of the first batch of innovative business modes and debut of innovative programs and businesses, the special area is linking up the domestic and foreign factor market with improved efficiency.

By far, Lin-gang Special Area has piloted a series of financial innovation measures such as facilitating cross-border RMB settlement for quality enterprises, cross-border transfer of domestic trade financing assets and one-off foreign debt registration, introduced Xie Dong, head of Shanghai Municipal Financial Regulatory Bureau.

It also valued developing hardcore technology-driven industries. Currently, an integrated circuit industry chain covering chip design, equipment and materials, manufacturing, the third generation of semiconductor, and packaging and testing has basically been in shape in the area.

Original Link: https://en.imsilkroad.com/p/322739.html

PR Newswire

Atonarp announces innovative new metrology platform Aston, aimed at increasing yield, throughput, and efficiency in semiconductor manufacturing processes

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TOKYO, July 15, 2021 — Atonarp, a leading manufacturer of molecular sensing and diagnostics products for the semiconductor, healthcare, and pharma industries, today announced Aston, an innovative in-situ semiconductor metrology platform with an integrated plasma ionization source.

Atonarp's Aston is an innovative in-situ semiconductor metrology platform with an integrated plasma ionization source.
Atonarp’s Aston is an innovative in-situ semiconductor metrology platform with an integrated plasma ionization source.

Aston is a major evolution in metrology for semiconductor production processes, enabling in-situ molecular process control and allowing existing fabs to run more efficiently, driving higher output. Built from the ground up for semiconductor production, Aston is a robust platform that can replace multiple legacy tools and provide unprecedented levels of control across a comprehensive set of applications, including lithography, dielectric and conductive etch and deposition, chamber clean, chamber matching, and abatement.

"With Aston, we’ve seen unit process throughput increases exceeding 40% in certain applications – that’s a big improvement. Even a 1% improvement in overall fab throughput can add up to tens of millions of dollars a year in production for a typical fab," said Prakash Murthy, CEO, CTO, and founder of Atonarp.

"Retrofitting Aston to an existing production process tool can deliver greater throughput within just six to eight weeks, compared to up to a year when installing new production equipment," said Murthy. "This will materially help manufacturers increase their production levels and help to address the current shortage of semiconductor fab capacity."

Rapid, actionable endpoint detection (EPD) is the most efficient way to run a semiconductor tool and fab. Until now, EPD could not be deployed in many process steps because the required in-situ sensor would not survive the harsh process or chamber cleaning chemicals, or would alternatively suffer clogging from condensate deposits. Historically, fabs were forced to use a fixed time in order to ensure that a process was complete. Conversely, Aston optimizes production by detecting exactly when a process has finished, including chamber cleaning, which can reduce the required clean-time by up to 80%.

Aston is resistant to corrosive gases and gaseous contaminant condensates. It is more robust than existing solutions, featuring independent dual ionization sources – a classic electron impact ionization source and a filament-less plasma ionizer – that work reliably in the harsh conditions encountered in semiconductor production. This enables Aston to be used in-situ, in demanding environments where traditional electron ionizers would corrode and fail very rapidly.

Aston offers an interval between service events that is up to 100 times longer compared to legacy mass analyzers. It includes self-cleaning capability that eliminates the build-up resulting from the deposition of condensates present in certain processes.

Since Aston generates its own plasma, it works with or without process plasma present. This provides a clear advantage over optical emission spectroscopy metrology techniques, which require a plasma source to operate, making Aston ideal for ALD and certain metal deposition processes that may use a weak, pulsed, or no plasma for processing.

Aston also delivers improved process consistency by offering quantified, actionable, real-time data, facilitating powerful machine learning via artificial intelligence (AI) for the most demanding process applications. This is in addition to enhanced line and product yields, thanks to high accuracy, sensitivity, and repeatability for statistical analysis of real-time data and process chamber management.

Aston is primarily aimed at use with chemical vapour deposition (CVD) and etching applications, both of which are registering annual growth rates in their usage exceeding 13%. The spectrometer can either be installed within new process chambers during their assembly, or retrofitted into existing chambers already in operation.

Aston can also be used with Psi, an intelligent pressure controller developed by ATI Korea. After undergoing a comprehensive, multi-month technical feasibility evaluation, this combined solution was recently purchased by Samsung for an advanced process control application.

Aston is now available for evaluation and ordering, through either direct purchase or Atonarp’s global partner network.

About Atonarp

Atonarp is leading the digital transformation of molecular sensing and diagnostics for life sciences, pharmaceutical, and semiconductor markets. Powered by a unifying software platform and breakthrough innovations in optical and mass spectrometer technology, Atonarp products deliver real-time, actionable, comprehensive molecular profiling data. Led by a world-class team of experts in the development and commercialization of semiconductor, life sciences, and health diagnostic instruments, Atonarp has operations in Japan, the United States, and India. Learn more at https://atonarp.com. 

 

Related Links :

http://www.atonarp.com

PR Newswire

QuEST Global acquires Synapse Design to Enhance Expertise in Semiconductor and Connected Engineering

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– This acquisition will enable the company’s vision to grow its semiconductor business and add 2,000 engineers within the next four years

SINGAPORE, June 29, 2021 — QuEST Global, a global product engineering and lifecycle services company, has acquired Synapse Design, a Silicon Valley headquartered design and engineering services provider to top-tier semiconductor and systems companies worldwide. This addition will enhance QuEST’s capability in providing comprehensive design and consulting services and software development for the semiconductor industry. With this acquisition, the company will be able to offer end-to-end hardware-enabled software solutions to its customers across various industries, including semiconductor, automotive, consumer electronics, networking, and storage systems. Such solutions are especially critical now, as these industries accelerate their efforts to capitalize on the rise of digital technologies and the transformational opportunities arising.

This acquisition will enable QuEST’s vision to grow its semiconductor business, add at least 2,000 engineers in the next four years while enhancing their ability to leverage the convergence of electronics, software, and digital engineering services. This will also support QuEST to provide innovative, digital solutions to its customers, help improve their operational efficiency and solve the complex challenges in terms of cost and quality of products.

With its strong customer portfolio and domain capabilities in the semiconductor industry, Synapse Design is QuEST’s 14th acquisition in the last two decades. Each acquisition has added differentiated skills and enabled the company to create one of the broadest portfolio offerings of any engineering services company, enabling them to create the frontier by advancing the ways people live, work and engage with each other.

Founded in 2003 by Satish Bagalkotkar and Devesh Gautam, Synapse Design has built a strong reputation by providing end-to-end semiconductor design services to 95% of the world’s top fabless, Original Design Manufacturing (ODM) and Integrated Device Manufacturing (IDM) companies. Their services and solutions include low-power, mixed-signal Application-Specific Integrated Circuit (ASIC) and System-On-Chip (SOC) design services from architecture specifications to tape out, including system-level software and embedded firmware development. The company creates end-to-end hardware/software design solutions targeting Artificial Intelligence/Machine Learning/Data Center/IoT, automotive/autonomous, multimedia, mobile, networking, and communications/storage applications.

Synapse Design has its design centers in India, China, Japan, Malaysia and Vietnam and employs more than 700 engineers. As a QuEST subsidiary, it will continue to operate under the leadership of Satish Bagalkotkar and Devesh Gautam.

Welcoming Synapse to the QuEST Global family, Ajit Prabhu, Chairman & CEO, QuEST Global said: "We are constantly looking for outstanding talent and capability that can help us provide innovative engineering services and solutions across our customer base. The acquisition of Synapse Design will enable us to provide comprehensive design services, consulting, and software development services to our semiconductor customers. We strongly believe that the investments we are making in enhancing our engineering capabilities will help customers solve complex engineering challenges in their respective industries. As their trusted thinking partner, we are committed to providing end-to-end engineering solutions that will help redefine their engineering strategy from a long-term perspective."

Sharing his excitement, Satish Bagalkotkar, President, CEO and Co-Founder, Synapse Design said: "We are excited to be part of the QuEST family as the combination of both companies brings great opportunities for our stakeholders, including customers, partners, and employees. This acquisition will combine our capabilities in providing design and consulting services with QuEST’s capabilities in providing embedded & software services and expertise in the convergence of electronics, software, and digital engineering innovations. This combination will help us to deliver world-class engineering services and solutions to customers across various industries."

Devesh Gautam, Chief Operating Officer and Co-Founder, Synapse Design said: "The acquisition of Synapse Design by QuEST Global is an excellent next step for the customers and employees of both companies. Synapse and QuEST share an unrelenting passion to provide customers with excellent engineering talent and a best-in-class customer service experience. As a global organization, we will be able to serve new and larger customers across the globe, add value to existing customers and create more high-skilled engineering jobs in the region."

About QuEST Global

For more than 20 years, QuEST Global has been a trusted global product engineering and lifecycle services partner to many of the world’s most recognized companies in the Aerospace & Defense, Automotive, Energy, Hi-Tech, Medical Devices, Rail and Semiconductor industries. With a presence in 13 countries, 56 global delivery centers and 11,250+ personnel, QuEST Global is at the forefront of the convergence of the mechanical, electronics, software and digital engineering innovations to engineer solutions for a safer, cleaner and sustainable world. QuEST Global’s deep domain knowledge and digital expertise help its clients accelerate product development and innovation cycles, create alternate revenue streams, enhance consumer experience and make manufacturing processes and operations more efficient.

PR Newswire

StarFive Adopts Valtrix STING for Verification of Next-generation RISC-V Processors

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BANGALORE, India, June 22, 2021 — Valtrix Systems, provider of design verification products for building functionally correct CPU and system-on-chip implementations, announced today that StarFive, a leading provider of RISC-V processors, platforms and solutions in China, has licensed STING for verification of the next generation of RISC-V processors.

STING, a design verification product from Valtrix, uses software-driven methodology to check the functional correctness and architectural compliance of RISC-V implementations. The product also consists of a RISC-V architecture verification suite and stimulus programming framework to provide the engineering teams an easy ramp into verification readiness and a platform to extend the base stimulus by writing custom tests.

StarFive’s CTO, Morton Yu, said: "We are delighted to work with Valtrix Systems. Its design verification tool STING features a highly flexible stimulus development framework and a large library of test stimulus. These add a new level of testing before the release of our next-generation processor design. StarFive has always looked to contribute to a more complete RISC-V processor ecosystem and we look forward to deepening our collaboration with Valtrix in delivering more powerful RISC-V technology."

"The open-source and modular RISC-V architecture allows CPU developers to innovate and customize their offerings to meet the application needs. Verification of custom implementations can be challenging and it needs a versatile solution which can adapt according to the requirements of the design configuration," said Shubhodeep Roy Choudhury, CEO of Valtrix. "STING’s well-proven verification methodology has been deployed and used successfully by multiple RISC-V developers and we are proud to partner with StarFive and help them in their endeavor of developing advanced RISC-V implementations," he added.

For more information on Valtrix’s design verification technology and products, visit: https://www.valtrix.in

About Valtrix’s STING Design Verification Tool

STING, the flagship product of Valtrix, is a commerically supported design verification tool for RISC-V based implementations. It can be configured to generate portable bare-metal programs containing self-checking architecturally-correct test stimulus, which can then be enabled on simulation, FPGA prototypes, emulation or silicon.

About StarFive

Founded in 2018, StarFive is a leading provider of RISC-V processors, platforms and solutions in China. Its portfolio of CPU IP is optimized for maximized performance and power efficiency, which are widely used in home appliances, industrial robots, network communication devices, edge computing. The company recently announced BeagleV™ single-board computer which is the first affordable RISC-V board to run on Linux.

Connect with Valtrix at:

Twitter: @ValtrixSystems
LinkedIn: https://www.linkedin.com/company/valtrix-systems

Media Contact:
Shubhodeep Roy Choudhury
deepsrc@valtrix.in  
valtrix-marketing@valtrix.in

PR Newswire

IQM announces KQCircuits – An open-source software to design superconducting quantum processors

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ESPOO, Finland, June 17, 2021 — IQM Quantum Computers (IQM) announced today its open-source software tool KQCircuits to automate the design of superconducting quantum processors. KQCircuits Is a Python library jointly developed by Aalto University and IQM using the KLayout design program.

IQM processor example
IQM processor example

Designing quantum processors is fundamental to build quantum computers. But it is a difficult, multi-step process that takes significant time and effort. With this initiative, IQM supports the broader quantum community by open-sourcing its state-of-the-art quantum processor design platform.

KQCircuits creates a community-driven universal platform that enables quantum chip development through a simple and open framework, from chip design and simulation to fabrication. With KQCircuits, quantum engineers and physicists can conveniently generate chip designs with a simple click. They can also check the signal routing before the device fabrication process to avoid making costly errors.

"At IQM, we’ve been using KQCircuits to design and develop our state-of-the-art quantum processors. By making it available as an open-source platform, we want to make our tools available for the entire quantum community. Using KQCircuits, researchers and companies worldwide can now focus on R&D and continue to innovate faster," said Dr. Johannes Heinsoo, Team Leader at IQM.

KQCircuits generates multi-layer two-dimensional-geometries representing common structures in quantum processing units (QPUs). It includes:

  • A framework and definitions of parametrized geometrical circuit elements 
  • Templates for manually drawn or code-defined circuit elements
  • A method for assembling a QPU design from elements. 

Also, to reduce the design turnaround time and to reduce manual errors, KQC includes helpers to export: 

  • Optical mask layouts and lithography patterns
  • Project files for easy simulations with popular FEM software such as Ansyss HFSS, Ansyss Q3D, and Sonnet
  • Netlist for SPICE simulations.

"KQCircuits leverages the work at KLayout design program, which has a history of over a decade of continuous development. We’d also like to acknowledge and thank the team at the QCD Labs of Aalto University and Mr. Matthias Koefferlein, Open-Source Developer of KLayout," added Dr. Heinsoo.

" In research, we are always looking for collaboration opportunities and ways to design quantum processors that are of high quality and reproducible. We are extremely happy that our work at the QCD Labs of Aalto University is now continued by IQM. We hope to see other quantum companies and researchers utilize this tool and contribute by further developing KQCircuits," said Prof. Mikko Möttönen, Aalto University

Useful links:

About KQCircuits: www.meetiqm.com/developers/kqcircuits/

KQCircuits Documentation: https://iqm-finland.github.io/KQCircuits/

About IQM Quantum Computers:

IQM is the European leader in superconducting quantum computers, headquartered in Espoo, Finland. Since its inception in 2018, IQM has grown to 110+ employees and established a subsidiary in Munich, Germany, to lead the co-design approach.

IQM delivers on-premises quantum computers for research laboratories and supercomputing centers and provides complete access to its hardware. For industrial customers, IQM delivers quantum advantage through a unique application-specific co-design approach. IQM has raised € 71 Million from private and public funding.

IQM is building Finland’s first commercial quantum computer with VTT, and an IQM led consortium was awarded € 12.4 Million in February 2021 to commercialize application-specific quantum processors by the German Ministry of Education and Research

For more information, visit www.meetiqm.com.

Registered office:

IQM Finland Oy
Keilaranta 19
02150 Espoo
Finland
www.meetiqm.com

Media Contact:

Raghunath Koduvayur, Head of Marketing and Communications
Raghunath@meetiqm.com, +358-504-876-509

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IQM KQCircuits
IQM KQCircuits

 

IQM processor example
IQM processor example

 

 

 

Related Links :

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PR Newswire

Pasternack Unveils New High-Power RF and Microwave PIN Diode Coaxial Packaged Switches

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New High-Power PIN Diode Switches Utilize GaN Semiconductor Technology

IRVINE, Calif., June 12, 2021 — Pasternack, an Infinite Electronics brand and a leading provider of RF, microwave and millimeter wave products, has just launched a new series of high-power RF and microwave PIN diode coaxial packaged switches that are ideal for commercial and military radar, jamming systems, medical imaging, communications and electronic warfare.

Gan high power pin diode switches lp-crop-u174266
Gan high power pin diode switches lp-crop-u174266

Pasternack’s new high-power RF and microwave PIN diode switches utilize GaN semiconductor technology. GaN and chip & wire technology in the manufacturing process ensures state-of-the-art power performance with excellent power-to-volume ratio that is ideal for broadband high power applications. These PIN diode switches offer excellent thermal properties and a significantly higher breakdown voltage that results in tolerating higher input power levels over broadband and narrowband RF and microwave frequencies. Because these are PIN diode designs, they also offer fast switching speed as low as < 50 nsec.

Other features include cold switching performance up to 100 watts CW RF input power, broad frequency band coverage ranging from DC to 18 GHz with reflective SPDT and SP4T PIN diode designs, TTL compatible driver circuitry for accurate logic control and compact coaxial packages. All units are EAR99-compliant and meet a series of environmental conditions for altitude, vibration, humidity and shock.

"These new GaN PIN diode switches benefit from excellent thermal properties, power to volume ratio, and higher breakdown voltage that results in state-of-the-art power handling capability in small compact packages. Furthermore, we offer these new high power PIN diode switches off-the-shelf with same-day shipping," said Tim Galla, Product Line Manager.

Pasternack’s new high-power RF and microwave PIN diode switches are in-stock and available for immediate shipping with no minimum order quantity (MOQ) required.

For inquiries, Pasternack can be contacted at +1-949-261-1920.

About Pasternack:
A leader in RF products since 1972, Pasternack is an ISO 9001:2015 certified manufacturer and supplier offering the industry’s largest selection of active and passive RF, microwave, and millimeter wave products available for same-day shipping. Pasternack is an Infinite Electronics brand.

About Infinite Electronics:
Based in Irvine, Calif., Infinite Electronics offers a broad range of components, assemblies and wired/wireless connectivity solutions, serving the aerospace/defense, industrial, government, consumer electronics, instrumentation, medical and telecommunications markets. Infinite’s brands include Pasternack, Fairview Microwave, L-com, MilesTek, ShowMeCables, NavePoint, INC Installs, Integra Optics, PolyPhaser, Transtector, KP Performance Antennas, RadioWaves & Aiconics. Infinite Electronics serves a global engineering customer base with deep technical expertise and support, with one of the broadest inventories of products available for immediate shipment. 

Press Contact:
Peter McNeil 
Pasternack 
17792 Fitch 
Irvine, Calif. 92614 
(978) 682-6936

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https://www.pasternack.com

PR Newswire

ANNKE Introduces New NightChroma™ NC800 PoE IP Camera Featuring Breakthrough 4K Ultra HD Color Night Vision, f/1.0 Super Aperture, and AI Processing Power

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HONG KONG, June 8, 2021 — ANNKE, created for security, today launched NightChromaTM NC800, the world’s most powerful & advanced IP camera ever, pushing the limits of what’s possible in video surveillance. The ANNKE-designed 1/1.2” sensor, f/1.0 super aperture, and other high-end technologies deliver a massive leap in night vision clarity – the incredible and futuristic 4K Ultra HD acme full color night vision.

Learn more about the breathtaking innovation in 2021 here:
https://www.annke.com/products/nc800

"We understand how important the night vision surveillance is for our customers. In the past, security cameras only provide black & white or starlight color night vision, which cannot tell the exact details", said Jerry, ANNKE product manager, "Today, the old B&W night vision has been ended with the revolutionary NC800 that offers a colorful visual experience with more true-to-life details even in 0 illumination darkness – there is nothing else like NC800 in the market."

ANNKE NightChroma NC800 4K PoE IP Camera
ANNKE NightChroma NC800 4K PoE IP Camera

f/1.0 Super Aperture & 1/1.2” 4K Sensor Come to NC800

Only f/1.0 super aperture, not f/1.2 or f/2.0, provides the acme color night vision. NC800 PoE camera, equipped with the breakthrough f/1.0 aperture, collects 4X amount of lighting to produce brighter images in darkness, taking the industry-leading video surveillance performance to an entirely new level. 1/1.2” image sensor, the largest sensor adopted in the video surveillance field, demonstrates an extraordinary photovoltaic conversion efficiency, increasing 2X amount of light sensing areas for clearer 4K footages (3840 X 2160 pixels) at smooth 20 fps. The high-performance image signal processor (ISP) renders high-fidelity colors and ensures the clearest streaming even in extremely hot or cold climates. 4X lighting amount & 2X light sensing areas, plus top-level ISP, all enable the camera to capture the most stunning & clearest 4K color night vision in 0 illumination darkness, a completely new upgrade from IR B&W or starlight night vision.

The lens of NC800 IP camera features the latest broad-band anti-reflection coating and extra-low dispersion optical glass, to remove the light flare and enhance the image’s sharpness & color saturation.

ANNKE-Only 130 dB True WDR & 3D DNR

130 dB true WDR, 10X efficiency than 120 dB true WDR, and a revolutionary upgrade on digital WDR, balances every lighting area of a picture to ensure crystal images without overexposed or underexposed issues. True WDR adopts the image sensor and a digital signal processor (DSP) to provide even lighting in all areas in every frame, while digital WDR only uses algorithms to digitally brighten too-dark or dim too-bright areas. ANNKE-designed 3D DNR removes the grainy fuzzy appearances of low-light images and is able to handle moving objects without leaving even a single detail behind, much sharper than security cameras with 2D DNR or without noise reduction technology. ANNKE NightChromaTM NC800, with the unrivaled 130 dB true WDR and 3D DNR, shoots the unparalleled 4K Ultra HD videos even in 0.0005 illumination without supplement light or ambient light.

130 ft Soft Warm Supplement Light Comes to NC800

Simply adding a supplement light to a security camera cannot be called color night vision. NC800 PoE IP camera’s built-in supplement light is extremely soft without glare & no reflection, and turns on automatically in a 0-illumination night to ensure thrilling 4K color night vision. Other security cameras with so-called supplement lights only produce blurry color night vision images that are often overexposed or underexposed, which cannot tell the details at night.

Unique Active Alignment Technology

Acme color night vision can only be realized with top-level R&D abilities, top-notch materials, and top-grade manufacturing techniques. ANNKE’s unique micro-size active alignment technology provides the most accurate focusing and brings the adjustment accuracy to within 4 pixels, smaller than 1/30 hair diameter. The whole alignment project is conducted by the world’s most advanced and high-end machines instead of manual adjustment, ensuring the most accurate focusing for sharper & clearer videos.

The AI Magic Makes a Big Difference in Motion Detection

The superior AI algorithm enables the camera to sense humans and vehicles only, reducing up to 95% of false alarms triggered by animals or random inanimate objects, like raindrops, or changing lighting. AI human and vehicle detection is currently the most advanced and accurate motion detection way in video surveillance. Unlike PIR that detects the object’s temperature or the frame comparison detection that senses the difference between the previous & the current frames, which would lead to a great number of false or unwanted alarms, ANNKE AI human & vehicle detection, adjusted and tested by hundreds of engineers, sends customers instant app pushes and email alerts with snapshots only when a human or vehicle enters the detecting areas. Consumers will be alerted only when it matters without being bothered by any irrelevant alert when they are working, shopping sleeping, or traveling.

The smartest behavior analysis is able to analyze an object’s behaviors for accurate motion alerts too. Users can set up the motion-triggered behaviors, including line crossing, intrusion, region entrance and exit, to detect an object’s behavior and receive real-time alerts when an object crosses the preset virtual line or region, or enters/exits the virtual zones.

Additional Outstanding Features of NightChromaTM NC800

  • The built-in microphone offers the incredible sound quality and delivers the ultimate personal listening experience. The high-fidelity audio with the active noise cancellation enables users to hear the visitors’ voice and the ambient voice from up to 20 ft away.
  • The latest H.265+ video format records longer videos & consumes less bandwidth without losing true 4K Ultra HD quality. Quadruple H.265+/H.265/H.264+/H.264 coding allows for maximum encryptions and flexible compatibility with all new & legacy platforms.
  • NC800, with IP67 weatherproof rating and heavy-duty all-metal housing, can be installed outdoors or indoors. The rugged housing is resistant to vandal impacts and corrosion, ensuring years of operation without fading. The 2.8 mm ultra-wide lens delivers 124° FoV, ideal to cover large areas, such as foyers, warehouses, front or back doors & yards, parking lots, etc.
  • With the built-in microSD card slot, customers are able to record the videos locally by inserting an up to 256 GB microSD card without paying monthly cloud storage fees.
  • The ONVIF & RTSP protocols are designed to integrate with all ONVIF 4K NVRs and third-party software, such as Blue Iris, Synology, Milestone, etc. no walls and no limits between NC800 and popular hardware & software.

One smart security solution for every security need – that’s NC800, a 100% compatible, flexible & powerful camera tailored for every customer.

"It’s time for our ANNKE family to upgrade to color night vision security cameras from B&W – just what we did from B&W TVs to color TVs," said Jet, ANNKE’s CEO.

Pricing and Availability

The new ANNKE NC800 4K Ultra HD IP camera is available to order on annke.com globally and is now only at $279.99 after 20% off. Customers can enjoy free shipping for most countries worldwide and free 2-year warranty & lifetime tech support.

About ANNKE

ANNKE, created for security, aims to provide the finest and best smart security cameras and systems for home and business owners worldwide. ANNKE’s deep expertise in product design, smart home connectivity, cutting-edge capabilities and world-leading NightChromaTM color night vision tech enables it to deliver the most seamless security solutions for users. ANNKE is always striving to develop innovative technology to provide customers with the easiest and the most straightforward security products.

For more details about ANNKE and its products, please visit: https://www.annke.com.

Media Contact
Alice Wei/PR Manager
Email: pr@annke.com

 

Related Links :

https://www.annke.com/

PR Newswire

Goldpac Financial Security Chip Operating System Accelerating the Replacement by Domestic One

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HONG KONG, June 4, 2021 — As a reliable Fintech product and service providers, Goldpac Group Limited (stock code: 03315. HK) positively participates and joins hands with domestic mainstream chip manufacturers to continue to carry out the research of financial security chip operating system, for accelerating the financial IC card "localization" process of the whole industrial chain. In the past year, Goldpac has developed and launched a new generation of financial security chip operating system such as "CardArmour", which has not only obtained the endorsement of the state, but also obtained the authoritative qualification certification – embedded software security certification of UnionPay card chip. Since the use of the customer, it has been highly praised.

According to the "Notice on Several Policies on Promoting the High-quality Development of the Integrated Circuit Industry and the Software Industry in the New Era", China needs to improve the innovation capacity and development quality of its industries, accelerate the construction of its domestic science and technology industry, and promote the home-based substitution process. In the Fintech field, with the gradual realization of the localization and autonomization of financial IC card hardware chips and encryption algorithms, it is urgent to accelerate the domestic autonomy, security and control of the financial security chip operating system. As one of authentication enterprises certified by China UnionPay, Goldpac has focused on financial security software and products for nearly thirty years, and has developed a consensus on the importance of accelerating the UnionPay card core chip’s security updates and research and development work through independent controllability, committed to ensure the safety of national economic operation and the property.

Goldpac’s new generation of financial security chip operating system has some performance advantages such as large user space, fast running speed and so on, and also has the advantages of high security. While effectively avoiding the waste of resources, the operating system can be closely combined with domestic safety chips, and the safety protection ability of hardware can be deeply explored, so as to build a protective wall for hardware and software of the chip system, but also build a safe bridge for the effective connection between the application of domestic chip system and the industry ecology. It can be widely used in financial payment, mobile communication, electronic wallet, Internet of Things, transportation, industrial applications and other fields.

In the future, Goldpac will unswervingly promote the independent, innovative and controllable development strategy, actively carry out industrial cooperation with the upstream and downstream enterprises of the industrial chain, strengthen the integration construction of "production, learning and research", and further strengthen the research and development of fully independent and controllable financial IC card products based on domestic high security chips. We will continue to promote product innovation and technological innovation, promote the commercial use of a series of independent controllable products in multi-scene industrialization, and further explore the global market of domestic Fintech products.

About Goldpac Group Limited (Stock Code: 03315.Hk)

Goldpac established in 1993, was successfully listed on the Main Board of the Hong Kong Stock Exchange in 2013. As one of the earliest Fintech enterprises in China, with nearly 30 years’ of successful experience and a leading global technology portfolio, Goldpac is committed to its core vision of "Making Transactions More Secure and Convenient". Goldpac specializes in delivering embedded software, secure payment products and digital equipment for global customers in the field of intelligent secure payment, and providing data processing services, system platforms and other total solutions for customers in a wide business range including financial, government, healthcare, transportation and retails by leveraging innovative financial technology.

Website: www.goldpac.com 
E-mail: goldpac@goldpac.com

PR Newswire

Kingston Launches NV1 NVMe PCIe SSD in Korea

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  • Gen 3.0 x 4 NVMe PCIe SSD
  • Ideal for Laptops & Small Form Factor PCs; High Performance, High Capacities

SEOUL, South Korea, May 26, 2021 — Kingston Technology, a world leader in memory products and technology solutions, today announces the launch of the NV1 NVMe™ PCIe SSD. With efficient performance in a single-sided M.2 design, NV1 is the ideal entry-level drive for first-time NVMe users with laptops and small form factor PCs.

Kingston Launches NV1 NVMe PCIe SSD in Korea
Kingston Launches NV1 NVMe PCIe SSD in Korea

NV1 is a substantial storage solution with capacities up to 2TB. It features read/write speeds up to 2,100/1,700MB/s[1], respectively, thus delivering 3x the performance of a SATA-based SSD. NV1 uses less power, emits less heat and has quicker load times making it ideal for users who appreciate responsiveness and ultra-fast data access but have systems with limited space. NV1 is available in 500GB, 1TB, and 2TB capacities[2] and is backed by a limited three-year warranty[4], free tech support and legendary Kingston reliability.

"Kingston is pleased to announce the next entry-level offering in its NVMe PCIe SSD product family to meet the needs of new and existing users," said Kingston. "Whether users are upgrading a system or planning a new build, NV1 is designed for speed and dependability at an affordable price."

In 2020, Kingston shipped over 20M SSDs globally, according to analyst firm Forward Insights. As one of the largest SSD suppliers in the world. The recent launch further shows Kingston’s commitment to creating the industry’s most thoroughly tested and complete range of SSD solutions, for first-time users to prosumers to data center customers. For more information visit kingston.com.

NV1 Features and Specifications:

  • NVMe PCIe Performance: NV1 offers read/write speeds up to 2,100/1,700MB/s[1] (all capacities).
  • Ideal for systems with limited space: Easily integrate into designs with M.2 connectors. Perfect for thin laptops and small form factor PCs.
  • Multiple Capacities[2]: Available in a range of capacities up to 2TB to meet your data storage requirements.
  • Form Factor: M.2 2280
  • Interface: NVMe PCIe Gen 3.0 x 4 Lanes
  • Capacities[2]: 500GB, 1TB, 2TB
  • Endurance[3]:
    • 500GB – 120TBW
    • 1000GB – 240TBW
    • 2000GB – 480TBW
  • Power Consumption:
    • 500GB: 5mW Idle / 205mW Avg / 1.1W (MAX) Read / 3.3W (MAX) Write
    • 1000GB: 5mW Idle / 220mW Avg / 1.1W (MAX) Read / 3.3W (MAX) Write
    • 2000GB: 5mW Idle / 340mW Avg / 1.1W (MAX) Read / 3.3W (MAX) Write
  • Storage Temperature: -40~85 degree Celsius
  • Operating Temperature: 0~70 degree Celsius
  • Dimensions: 22mm x 80mm x 2.1mm
  • Weight: 7g (All capacities)
  • Vibration Operating: 2.17G (7-800Hz)
  • Vibration Non-operating: 20G (20-1000Hz)
  • Warranty/Support[4]: Limited 3-year warranty with free technical support

NV1 Part Numbers

Part Number

Capacity

MSRP

SNVS/500G

500GB

KRW 69,700

SNVS/1000G

1TB

KRW 127,000

 

The SSD is designed for use in desktop and notebook computer workloads and is not intended for Server environments.

[1] Based on "out-of-box performance" using a PCIe 3.0 motherboard. Speed may vary due to host hardware, software, and usage.

[2] Some of the listed capacity on a Flash storage device is used for formatting and other functions and thus is not available for data storage. As such, the actual available capacity for data storage is less than what is listed on the products. For more information, go to Kingston’s Flash Memory Guide at kingston.com/flashguide

[3] Total Bytes Written (TBW) is derived from the JEDEC Client Workload (JESD219A).

[4] Limited warranty based on 3 years or "Percentage Used" which can be found using the Kingston SSD Manager (Kingston.com/SSDManager). For NVMe SSDs, a new unused product will show a Percentage Used value of 0, whereas a product that reaches its warranty limit will show a Percentage Used value of greater than or equal to one hundred (100). See Kingston.com/wa for detail.

Kingston can be found on:

Facebook: https://www.facebook.com/KingstonAPAC
YouTube: http://www.youtube.com/user/KingstonAPAC

About Kingston Technology

From big data, to laptops and PCs, to IoT-based devices like smart and wearable technology, to design-in and contract manufacturing, Kingston helps deliver the solutions used to live, work and play. The world’s largest PC makers and cloud-hosting companies depend on Kingston for their manufacturing needs, and our passion fuels the technology the world uses every day. We strive beyond our products to see the bigger picture, to meet the needs of our customers and offer solutions that make a difference. To learn more about how Kingston Is With You, visit Kingston.com.

Kingston and the Kingston logo are registered trademarks of Kingston Technology Corporation. IronKey is a registered trademark of Kingston Digital, Inc. All rights reserved. All trademarks are the property of their respective owners.