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Contact us today for more details of ExtremePort QSFP DD 112G Connector, Part Number V36-BEZ01-304100T JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

They support transmission speeds of 10G, 28G, 56G, 112G, and 224G PAM 4 per lane bandwidths Spectra-Strip engineers work closely with their Amphenol IO connector counterparts assuring our customers the lowest total applied interconnect link cost for their OverPass cable assembly applications

112G and 224G per lane capability • Double the bandwidth per port vs. QSFP • Backwards plug compa bility with QSFP; available in all 4x form factors UltraPort®/ ExtremePort® SFP • Supports designs from 28G, 56G PAM4 & 112G PAM4 • Backwards compa ble with SFP28 • Passive & ac ve cables available in all 4x form factors;

Supporting data rates ranging from 25G to over 112G, along with PCIe ® Gen4 to beyond PCIe ® Gen7, it offers a seamless upgrade path without compromising on performance. This backplane connector system is designed to meet 56Gb/s PAM4 industry specifications with plenty of SI margin while maintaining mating interface compatibility with ...

Amphenol 2m (6.6') OSFP 112G (800G OSFP) 800GBASE-CR8 802.3by/802.3bs qualified passive copper cables provide next generation performance by combining eight SFP112 channels (112G signal throughput per channel/lane), spawning effective operating speeds up to 100.0 Gbps per lane (channel) (100G PAM4 & 50G NRZ), into one affordable ultra-high-density SFP package (OSFP); capable of combined speeds ...

Amphenol 2m (6.6') QSFP-DD 112G (800G QSFP Double Density) 800GBASE-CR8 802.3by/802.3bs qualified passive copper cables provide next generation performance by combining eight SFP112 channels (112G signal throughput per channel/lane), spawning effective operating speeds up to 100.0 Gbps (100G PAM4 & 50G NRZ), into one affordable double-density QSFP package (QSFP-DD); capable of combined speeds ...

Amphenol CS offers high-speed cabled backplane solutions meeting 112G PAM4 PCIE SFF-TA-1016 standards supporting cable mating with backplane cable, press fit headers, right angle and orthogonal configurations.

Amphenol 0.5m (1.6') QSFP-DD 112G (800G QSFP Double Density) 800GBASE-CR8 802.3by/802.3bs qualified passive copper cables provide next generation performance by combining eight SFP112 channels (112G signal throughput per channel/lane), spawning effective operating speeds up to 100.0 Gbps (100G PAM4 & 50G NRZ), into one affordable double-density QSFP package (QSFP-DD); capable of combined ...

Amphenol QSFP DD interconnect system is comprised of a 76 position, 0.8mm pitch connector built for use in high speed serial applications. Each port supports up to 400Gb/s in aggregate over an 8 x 50Gb/s electrical interface.

Amphenol's Mini Cooledge IO (MCIO) is a high-speed, small mechanical size cable solution. Amphenol MCIO product is now being specified in the SFF group and the project number is SFF-TA-1016.

ExtremePort QSFP-DD 112G 2x1 long cage for anchor pin SMT connector with dual barrel LP on cage top and zipped fin style- front to back (H=9.35mm, W=X, L=Standard) Part Specification Detail. Part Specification Detail. The information below is for reference only. For more technical details, refer to product specification and application ...

Our OSFP connectors and cable assemblies have been part of the spotlight after being named ‘Product of the Year’ by Electronic Products. Similarly pitched alongside QSFP DD, the OSFP solution is capable of 25G NRZ / 112G PAM4, and can yield aggregate bandwidths of 200G, 400G, and up to 800G over cable assemblies up to 3 meters. Integrated heat sinks that are indicative of the heat ...

Each 1m (3.3-ft) length OSFP 112G Passive Copper Cable goes through a rigorous assembly and test procedure aimed at eliminating unnecessary signal loss. Our cables are fully compliant to the newest OSFP 112Gx8 (800G aggregate) MSA for guaranteed compatibility with all OSFP 112G ports .. For OEM clients, this cable is identical to the direct-to ...

Amphenol 1.5m (4.9') QSFP-DD 112G (800G QSFP Double Density) 800GBASE-CR8 802.3by/802.3bs qualified passive copper cables provide next generation performance by combining eight SFP112 channels (112G signal throughput per channel/lane), spawning effective operating speeds up to 100.0 Gbps (100G PAM4 & 50G NRZ), into one affordable double-density QSFP package (QSFP-DD); capable of combined ...

Page1 EXTERNALIO QSFPDD • 8lanesperport–28G,56G, and112Gperlanecapability • • (ganged,stacked) QSFP • 4lanesperport–28Gand 56Gperlanecapability,

ExtremePort QSFP-DD 112G 2x1 long cage for anchor pin SMT connector with "H" emboss on bottom cage and zipped fin style- front to back (H=6.3mm, W=19.25mm, L=75.78mm) Environmental Compliance. Click to download Certificate of Compliance Report. Product Drawing; 3D Model (STP) Datasheet; PRODUCT AND PRICE ...

NEW QSFP-DD 112G DAC Cables Now In-Stock! QSFP-DD Cables Supporting 200G/400G/800G Ethernet Now Available Factory-Direct from Amphenol Cables on Demand! Through our exclusive partnership with the factory, we are proud to be the first online retailer to offer QSFP Double Density (QSFP-DD) Passive Direct Attach Copper (DAC) Cable Assemblies to the general public!

Amphenol's ExtremePort™ QSFP 112G interconnect system is comprised of a 38-position, 0.8mm pitch connector built for use in high speed serial applications. Each port offers 4 channels which increases port density, frees up board real estate and delivers a cost optimized solution.

BACKWARDS PLUG COMPATIBLE AND SUPERIOR SIGNAL INTEGRITY Amphenol's ExtremePort™ QSFP 112G... DETAILS. QSFP DD . Amphenol's QSFP DD interconnect system is comprised of a 76 position, 0.8mm pitch connector built... DETAILS. ExtremePort™ QSFP DD 112G Connectors .

technical challenges of PAM4 56G and 112G systems and beyond. Supporting data rates from 10G to more than 112G PAM4 per lane with high signal-to-noise ratio & low VSWR. micro-LinkOVER’s direct to PCB compression mount solution eliminates the need for any lossy paddle cards, minimizing transitions and losses on