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AI Server Adapters

Server Adapters

Server Accessories

IPC & Machine Vision Card

Workstation / PC Card

EOL Products

AI Network Adapters

400G Network Adapter 200G Network Adapter NEW

CXL Adapters

CXL 2.0

GPU Expansion Adapters

Gen5 GPU Expansion Adapters NEW Gen4 GPU Expansion Adapters

PCIe Network Adapters

200G Network Adapters NEW 100G Network Adapters NEW 40G Network Adapters 25G Network Adapters NEW 10G Network Adapters NEW 1G Network Adapters

OCP Network Adapters

200G OCP Adapters NEW 100G OCP Adapters 40G OCP Adapters 25G OCP Adapters NEW 10G OCP Adapters 1G OCP Adapters NEW

Expansion Card

Gen5.0 NVMe Expansion NEW Gen4.0 NVMe Expansion Gen3.0 NVMe Expansion SAS / SATA Expansion PCIe Riser Card NEW Server Backplane

RAID Adapters

M.2 NVMe RAID Adapters U.2 NVMe RAID Adapters SAS / SATA RAID Adapters

Bypass Network Adapters

100 Gigabit Bypass NEW 25 Gigabit Bypass 10 Gigabit Bypass 1 Gigabit Bypass NEW

Network Module

40G Network Module 10G Network Module 1G Network Module

Data Diodes Adapters

10G One-way Adapters 2.5G One-way Adapters 1G One-way Adapters

4G/ 5G O-RAN Card

4G /5G TimeSync NlC

Server & Storage I/O Cable

MCIO Cable NEW SlimSAS Cables MiniSAS HD Cables OCulink Cables MiniSAS Cables External Cables

Active Optical Cable

400G QSFP-DD AOC 200G QSFP56 AOC 100G QSFP28 AOC 56G QSFP+ AOC 40G QSFP+ AOC 25G SFP28 AOC 10G SFP+ AOC

Direct Attached Cable

400G QSFP-DD DAC 200G QSFP56 DAC 100G QSFP28 DAC 56G QSFP+ DAC 40G QSFP+ DAC 25G SFP28 DAC 10G SFP+ DAC

Transceivers

400 G 200 G 100 G 40 G 25 /10G /1G

Fiber jumper

RDMA Frame Grabber

100GigE RDMA Frame Grabber NEW 25GigE RDMA Frame Grabber NEW 10GigE RDMA Frame Grabber

GigE Frame Grabbers

10GigE Frame Grabbers NEW 5GigE Frame Grabbers NEW 2.5GigE Frame Grabbers 1GigE Frame Grabbers

USB Frame Grabbers

USB3.2 Frame Grabber USB3.1 Frame Grabbers USB3.0 Frame Grabbers NEW

PCIE Network Card

10G RJ45 PCIe Add-On Card NEW 2.5G RJ45 PCIe Add-On Card 1G RJ45 PCIe Add-On Card

Embedded LAN Module

10G M.2 Module 2.5G M.2 Module 1G M.2 Module MiniPCIe Card

I/O Adapters

Serial and Parallel Adapters

M12 Frame Grabber Card

10G M12 PoE Card 1G M12 PoE Card 100M M12 PoE Card

Fiber Interface Cards

10Gbps PCIe Fiber Adapters Gigabit PCIe Fiber Adapters 100FX PCIe fiber Adapters

RJ45 PCIe Card

10Gbps PCIe Card NEW 2.5Gbps PCIe Card 1Gbps PCIe Card NEW

Wi-Fi Series

Wi-Fi 7 Wi-Fi 6

EOL

Solutions

Semiconductor

Semiconductor industry networking: lithography data transfer, wafer inspection GigE/USB capture, IC packaging & testing.

Semiconductor Solutions

Four solutions across the semiconductor manufacturing line, 1G to 200G.

Lithography Data Transfer Guide

2x100G fiber NICs with RDMA for mask layout data.

Wafer Inspection GigE Frame Grabber Guide

Jumbo frames and RDMA for frame-loss-free inspection.

Wafer Inspection USB Frame Grabber Guide

Multi-port independent bandwidth, plug-and-play, lower TCO.

IC Packaging & Testing NIC Guide

Gigabit multi-port cards for vision inspection.

Storage Expansion

With the advent of the Internet era, data has exploded, requiring storage systems to be "bigger", "faster" and "safer".

DDR5 Expansion

With its significant performance improvement, energy efficiency optimization, architectural innovation and functional enhancement, DDR5 memory has become the standard configuration of the new generation of high-performance computing platforms, providing more powerful and powerful solutions for personal computers, workstations, servers and various data-intensive applications. Efficient memory solution. As the technology matures and the market accepts it, DDR5 is gradually becoming the standard configuration of high-end computing equipment and gradually penetrating into the mainstream market.

DDR5 Testing

DDR5 improves bandwidth, density and channel efficiency, but higher data transfer rates and faster signal speeds lead to complex designs that push the boundaries of signal integrity and require higher performance measurements for DDR compliance test, DDR debug and validation.

SSD Test

SSD testing puts forward higher requirements for testing efficiency with the popularization and development of technologies, such as mobile Internet, IoT, big data, and cloud computing, people's demand for data storage and processing has skyrocketed. SSD is a high-performance storage device and has experienced explosive growth with an average annual growth rate of 16.9%. To ensure the performance and reliability of SSDs, a series of tests need to be performed on it. The surge in market demand has significantly stimulated the growth of SSD testing needs and put forward higher requirements for testing efficiency.

GPU High-speed Expansion

If you want to know what the hottest technology is in the past two years, I think "AI artificial intelligence" is definitely the most qualified to be on the list, especially after ChatGPT was launched, it quickly became popular on social media. In just 5 days, the number of registered users exceeded 1 million. At the end of January 2023, ChatGPT's monthly active users exceeded 100 million, making it the fastest growing consumer application in history.

GPU High-speed Expansion 2

NVMe RAlD Expansion Solution

RAID card, the full name of which is Redundant Independent Disk Array Card, is a technology that combines multiple hard disks into one logical drive. With RAID card, storage capacity, performance, reliability and manageability can be improved. RAID card plays a vital role in the server, providing more efficient and secure data storage services.

SSD Expansion

With the rise of emerging industries such as cloud computing and big data, the demand for enterprise-level SSDs is growing. In 2022, enterprise-level SSD sales increased by 30% year-on-year, far higher than the growth rate of the personal consumer market. Especially in data center construction, major Internet giants have increased their investment, which has promoted the growth of demand for high-performance SSDs. The demand for SSD expansion has also increased.

Server

Server is the platform for building an infrastructure of connected applications, networks, and web services.

Government Office

Fiber to The Desktop (FTTD) is an optical fiber that extends the fiber to the user's terminal computer in place of the traditional Category 5 copper cable to enable the user's terminal to access the entire fiber network. With the development of network technology, fiber transmission is one of the important transmission media for current information transmission. With FTTD, the signal never changes mediums, transmitting via fiber optics all the way to the back of your router, offering the clearest signal and best data integrity, as well as reduced jitter and latency. FTTD may be used for virtual networks with clients and LAN networks using prolonged distances to workstations. It may fulfill the requirement for increasing bandwidth availability, transferring considerable quantities of information. Besides, it’s in a position to provide service to places where power is restricted or inaccessible and provide a much more secure connection for associations that are worried about tapping or other security vulnerabilities. With the continuous decline in the prices of optical fiber and fiber access equipment, FTTD has also begun to be applied in special government departments such as finance, public security, national security, military industry, universities, and research institutes etc.

Small and Medium-sized Enterprises

The costs, the waste and the chaos of management are increasing sharply with the further intensification and deepening of enterprise informatization. The utilization of servers is low, and the utilization efficiency is not balanced. The utilization rate of most of the machines running in the computer room is very low. The resource utilization of CPU, memory and hard disk space does not exceed 15% because one server can only have one operating system and is limited by the system and software development platform. A lot of system resources are idle. Virtualization technology is transforming the state of the IT industry by enabling organizations to dynamically improve the performance and efficiency of their IT infrastructure. The virtual machine play a major role in the organization, each virtual machine exists as a small group of files that simulate the entire hardware platform, including the CPU, RAM, and network ports. This powerful technology breaks the traditional system of "one server, one application" and summarizes its advantages: improving server utilization, realizing high availability of the server, and being easy to manage and maintain.

OCP3.0 Server NIC Solutions

OCP cards are usually connected to the server motherboard using the PCIe interface. It can be used to increase the computing power, storage capacity or network bandwidth of the server, and can be customized and configured according to specific needs. The advantage of OCP cards lies in its open design and interoperability. Servers using OCP cards can flexibly choose hardware solutions from different manufacturers, reduce costs and improve system performance. At the same time, the open source design of OCP cards has also promoted hardware innovation and technological progress, and accelerated the development of data centers.

100G and 25G Application Solutions

A PCIe card is a network card with a PCIe interface, which is used as an expansion port in motherboard-level connections. Specifically, PCIe-based expansion cards can be inserted into PCIe slots on the motherboards of devices such as hosts, servers and network switches. Most computer motherboards today have dedicated PCIe slots corresponding to PCIe cards, and generally the width of the slots is the same as the card or even wider.

Machine Vision

Machine vision is one of the founding technologies of industrial automation. It has helped improve product quality, speed production, and optimize manufacturing and logistics for decades. Now this proven technology is merging with artificial intelligence and leading the transition to Industry 4.0.

Machine Vision

Using machine vision technology is a system that uses technology to replace the human eye for measurement and judgment. It uses optical devices and non-contact sensors to automatically obtain information such as the distribution, brightness and color of the target object device through image processing according to the pixels of the image. And can carry out various calculations and discriminant analysis to extract the required feature information or to perform motion control on some field devices according to the results of discriminant analysis. IP terminals in the machine vision industry (such as IP intercom phones, wifi wireless LAN access point APs, web cameras, Manufacturing Industry, etc.). They can not only provide power for such devices when transmitting data signals. The development of an Ethernet network card with POE function has great influence in the machine vision industry. The adoption of the LRES2004PT-POE adapter can ensure the safety of the existing structured cabling and at the same time ensure the normal operation of the existing network, thereby minimizing costs and achieving the perfect combination of data transmission for machine vision solutions.

High-precision semiconductor finished product frame defect detection

The final inspection process of high-precision semiconductor finished product frames before leaving factory. After repeated stamping, silver plating, and clearing, there are still many defects on the product surface, such as imprints, contamination, and frame deformation. To ensure the quality of shipped products, re-testing is required. Manual inspection is time- consuming and labor-intensive, and the inspection accuracy cannot be guaranteed.

Photovoltaic module silicon wafer appearance quality inspection

Steps such as appearance quality inspection of silicon wafers in photovoltaic modules, quality inspection of bus strip lead welding, etc. In actual inspection, the defect shape is random, the characteristics are not obviously, and the requirements of "0 missed detections and extremely low false detections" are extremely high due to the problem of lead length. In addition, the production efficiency of manual inspection does not match the market demand. Quality inspection costs are high, and efficiency is low, which brings significant challenges to photovoltaic manufacturers.

Military Product Defect Quality Inspection

Testing and experimentation runs through the entire life cycle of military equipment and is an important means to ensure the quality and safety of weapons and equipment. Military product testing and experimentation is a research process and technology that measures, measures and evaluates the functions and performance of its entire system, components or equivalent models under real, simulated or virtual conditions. It is an important part of the technological foundation of the national defense science and technology industry and runs through the entire life cycle of weapon and equipment research and development, finalization, manufacturing and maintenance. It plays a very important role in improving product quality.

Cyber Security

Examining cyber policy and strategies for tackling cybercrime and cyber threats to critical infrastructure, especially civil and military nuclear facilities.