Mezzanines
Is the stacking of cards into a single card that then plugs into the computer bus or data path.
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Product
Powered by Intel® E830 delivers 200GbE connectivity, ideal for AI workloads and data centers network security application
NMC-6005
Network Mezzanine Card
1 x Intel E830-CCAM11 port x 200GbE QSFP56 or 2 ports x x 100GbE QSFP281 x PCIe x8, Gen5Support CE/ FCC, RoHS Compliant Front
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Product
100GbE Network Mezzanine Cards
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a specialized, high-speed networking expansion card designed for blade servers and high-density rack servers. It allows these systems to transmit data at 100 gigabits per second (Gbps) while utilizing a compact, directly attached format that saves space and reduces external cabling in data centers.
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Product
RF And Others Network Mezzanine Card
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a specialized, compact daughterboard designed to attach parallel to a host board (such as an FPGA carrier card, blade server, or embedded system) to provide high-speed Radio Frequency (RF) and network connectivity, such as software-defined radio (SDR) or data conversion (ADC/DAC)
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Product
4 Ports 10GbE RJ-45 Network Mezzanine Card
NMC-4009
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Ideal for enterprise network infrastructure and high-performance computing. 2 x Intel® ELX550 -AT2, 4 ports RJ-45 connector, 2 x PCIe 3.0 x4, RoHS compliant.
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Product
PMC Mezzanine Front Panel
Front-Panel-PMC-Mezzanine
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Front panels according to IEEE 1386 | zinc die-cast or aluminum extrusion
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Product
1GbE Network Mezzanine Cards
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A specialized, compact networking expansion board (NIC) designed to plug directly into the motherboard of a server—most commonly a blade server—to provide Gigabit Ethernet (1Gbps) connectivity.
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Product
4 Ports 10GbE Fiber Advanced LAN Bypass Network Mezzanine Card
NMC-4007
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Ideal for enterprise network infrastructure and inline security monitoring. 1 x Intel® XL710-BM2, 4 x fiber LC (SR, amp; LR) interfaces, 1 x PCIe 3.0 x8, Gen3, LAN bypass model available (advanced LAN bypass-bypass, normal, disconnect mode) RoHS compliant.
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Product
FMC, XMC & PMC
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The FPGA Mezzanine Card is used by Data Patterns to implement signal interface with external world compatible FPGAs mounted on the FMC carrier there are primarily used for high speed analog interface for digitization (ADCs) and waveform generation (DACs). This form factor is also utilized for special I/O Interfaces such as various avionic protocols and buses. FMC I/O signals may be routed via front panel connectors or through Mezzanine connectors that route the signal back to the carrier board for routing through rear I/O of the Chassis. The system interface is designed for routing to FPGAs using a VITA 57 0.05 Pitch Terminal Array Assembly.
