Active Optical Cable
100Gb/S QSFP28 Indoor Fiber Optic Cable MFA1A00-C100 Passive Copper Cable
Indoor Fiber Optic Cable Mellanox MFA1A00-C100 Passive Copper Cable DAC IB HDR 100Gb/s QSFP28 InfiniBand Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W)
QSFP56 5m Fiber Active Cable For Mellanox MFS1S00-H003E MFS1S00-H050E
Indoor Fiber Optic Cable for Mellanox MFS1S00-H003E MFS1S00-H050E Active Fiber Cable Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
850nm Aoc Fiber Cable MFS1S00-H003V H005V H010V H015V H020V H050V 3m
Mellanox Active Fiber Cable MFS1S00-H003V H005V H010V H015V H020V H050V Wavelength 3m Products Description MFS1S00-H003V Mellanox active fiber cable, IB HDR, up to 200Gb/s, QSFP56, LSZH, black pulltab, 3m MFS1S00-H005V Mellanox active fiber cable, IB HDR, up to 200Gb/s, QSFP56, LSZH, black pulltab, 5m MFS1S00-H010V Mellanox active fiber cable, IB HDR, up to 200Gb/s, QSFP56, LSZH, black pulltab, 10m MFS1S00-H015V Mellanox active fiber cable, IB HDR, up to 200Gb/s, QSFP56, LSZH
Mellanox Compatible QDD-400G-A10 Active Optical Cable For Speed Data Transmission
Mellanox Compatible QDD-400G-A10 Active Optical Cable for Speed Data Transmission Product Description Product Name 400G QSFP-DD to 400G QSFP-DD Active Optical Cable Material Optical fiber Function Switch patch cord Compatibility Mellanox Related Products Company Introduction Certifications Packing&Shipping
QSFP LSZH Aoc Active Optical Cable Mellanox Naddod MFA1A00-E005 IB EDR
Active Fiber Cable Mellanox naddod MFA1A00-E005 IB EDR QSFP LSZH 5m 3m 100Gb/s 200G Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
IB EDR Active Optical Cable 10m Q2Q56-200-A10H QSF56-200-A10H
Mellanox Q2Q56-200-A10H QSF56-200-A10H Active Fiber Cable 5m 3m 10m Indoor Fiber Optic Cable Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can
200Gb/S Active Fiber Cable For Mellanox Compatibility MFS1S00-H010E MFS1S00-H015E
200Gb/s Active Fiber Cable for Mellanox Compatibility MFS1S00-H010E MFS1S00-H015E Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
EDR 100Gb/S QSFP28 15m AOC IB Active Optical Cable Mellanox Compatible
EDR 100Gb/s QSFP28 15m AOC IB Active Optical Cable Mellanox Compatible for Indoor Fiber Optic Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can
200Gbs Infiniband HDR Active Optical Cable For Mellanox QSFP56-200G-A3H-GC
200Gbs Infiniband HDR Optical Cable 3m for Mellanox QSFP56-200G-A3H-GC Connector Type Product Description Product Name 200Gbs Infiniband HDR 3m optical cable Material Optical fiber Function Switch patch cord Compatibility H3C Mellanox Related Products Company Introduction Certifications Packing&Shipping
Indoor 200G Active Optic Cable Q2Q56-200G-A5H QSFP56-200-A5-GC
3 Mellanox 200G Q2Q56-200G-A5H QSFP56-200-A5-GC QSFP56-200G-5M Active Optic Fiber Cable Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can
15m 200Gb/S 400Gb/S QSFP-DD IB HDR Active Optical Cable AOC Cable For Mellanox
15m 200Gb/s 400Gb/s QSFP-DD IB HDR Active Optical Cable AOC Cable for Mellanox Product Description 400G QSFP-DD AOC has advantages of light weight, long transmission distance (compared with DAC), anti-electromagnetic interference...etc. It is mainly used in 400G Ethernet Data Centers with transmission distance less than 30m. Product Name 3m (10ft) 400G QSFP-DD Active Optical Cable Material Optical fiber Function Switch patch cord Compatibility H3C Mellanox HW Features: Hot
MFA1A00-E005 Active Fiber Cable 5m 3m IB EDR Up To 100Gb/S 200G QSFP LSZH 3
Mellanox MFA1A00-E005 Active Fiber Cable 5m/3m IB EDR Up to 100Gb/s 200G QSFP LSZH 3 Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
CE Mellanox Active Fiber Cable Q56-200G-A5H Q56-200G-A10H Q56-200G-A15H
Mellanox Active Fiber Cable Q56-200G-A5H Q56-200G-A10H Q56-200G-A15H Q2Q56-200G-A10H Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
5M 3M Active Optical Cable Module QSFP56-200-A5-GC H3C
Active Optical Fiber Cable Module for Mellanox QSFP56-200-A5-GC H3C 5M 3M Data Center Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase
5m Active Optical Cable QSFP56 To 2xQSFP56 200Gbs To 100Gbs Infiniband HDR
IB HDR Connector Type QSFP56 to 2 x QSFP56 200Gbs to 100Gbs Infiniband HDR Split Optical Cable 5m Product Description Product Name 200Gbs to 100Gbs Infiniband HDR 5m split optical cable Material Optical fiber Function Switch patch cord Compatibility H3C Mellanox Related Products Company Introduction Certifications Packing&Shipping
200Gbs Optic Fiber Cable High Bandwidth Mellanox QSFP56-200G-5M HDR IB
Mellanox QSFP56-200G-5M HDR IB 200Gbs Optic Fiber Cable for H3C 3- and High Bandwidth Products Description NVIDIA Network MFA1A00-E005 is an active optical cable based on QSFP28 VCSEL (Vertical Cavity Surface Emitting Laser), designed for use in InfiniBand 100Gb/s EDR systems. 100G EDR AOCs are the most popular interconnects in high-speed InfiniBand high-performance computing (HPC) environments because they provide predictable latency, very low power (2.2W), and can increase