10203

The Extreme Networks 10203 Compatibility matrix specified 10203 is 40G to 10G Breakout cable Extreme Networks compatible breakout cable. Extreme Networks 40G Twinax cable is intended for use with Extreme Networks platforms with total interconnection lengths of up to 2 meter. This 40G to 10G Breakout cable Extreme Networks is made up of passive copper cable rated by AWG (American Wire Gauge) with number 30 representing resistance of copper cable that is permanently linked to MSA compatible QSFP and SFP+ transceiver assemblies at each end of the cable, delivering consistent link length. Extreme Networks 40G Breakout cable do not have active electronic components like active copper cables or optical lasers like AOC cables, making them a very cost-effective method for short-distance interconnections. The 40G to 10G Breakout cable Extreme Networks 10203 datasheet states that 40G to10G Passive Twinax breakout cable supports multi-rate communication between 2.125 and 41.25 Gbps for applications such as 40G Ethernet (41.25 Gbps) and other high-speed networks. The most common applications for 40G DAC Cable Extreme Networks Compatible Networks 10203 Breakout cable are cost-effective close-range interconnections within telecom operator or data center equipment rooms, interconnecting LAN or SAN applications with speeds up to 40G. Our Extreme Networks 10203 is intended to work with any major Extreme Networks platform which supports the 10203 datasheet and compatibility matrix specified.
Our 40G to 10G Breakout cable Extreme Networks is CE/RoHS certified and compliant with the latest product safety standards. We perform compatibility tests for compatible 40G to 10G Breakout cable Extreme Networks Passive Twinax Breakout Cable with the most recent Extreme Networks networking equipment platforms, allowing us to encode Passive Twinax Cable EEPROM memory to be compatible with and work seamlessly with Extreme Networks platforms. Our 40G DAC Cable Extreme Networks, on the other hand, complies with QSFP / SFP+ Multi Source Agreement SFF-8432 as well SFF-8431. Because we are committed to providing high-quality service, we practice continued quality checks before delivering products to our customers. As a result, we perform parameter measurements and EEPROM memory data validation tests on Passive Copper Cable. Custom interconnection solutions for Passive Copper Cables may be required in situations where one end of the cable is used in one brand of equipment while the other end of the cable is used in another brand of equipment and special coding is required at each side of the cable end for smooth interconnection. We will be delighted to hear Your requirements, and our sales team will confirm all relevant details with You during the ordering process – Contact Us!

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