

PCIe
PCI is a well-established interconnect standard which enables connecting components in a complex electrical system.
PCI Express – also referred to as PCIe – as its successor features higher bandwidths, smaller footprints, improved error detection, and many other advantages. Main advantage of PCIe is its easy usage from a software perspective by operating via simple memory-mapped access. A so-called Root Complex acts as the central managing instance, configuring and monitoring the interaction of CPU(s), memory, and PCIe devices.
With the evolution from PCI to PCIe, the standard has adopted to point-to-point serial data transfer, instead of parallel busses.
Products

NAT-PCIe-8E1T1
- Xilinx Spartan-7 FPGA
- Maxim Dallas DS26518 E1 / T1 framer
- Diodes Incorporated PI7C9X112SL PCIe-to-PCI bridge
- 8x E1 via RJ45 towards front panel
- Standard height, half-length PCIe x1 add-in card

NAT-PCIe-XMC-4E1
- Xilinx Spartan-7 XC7S50 FPGA
- Maxim/Dallas DS26518 E1 / T1 framer
- Broadcom/PLX PEX 8112 PCIe-to-PCI bridge
- 64 MB SPI flash and 512 MB DDR3 DRAM
- Standard height, half-length PCI Express x8 add-in card

NPCIe-UPLINK-O
- PCIe interface card for operation in PCs / servers
- Optical PCIe Gen3 x8/x16 uplink(s) via QSFP-DD towards front panel
- Transparent to PCIe host => no special driver required
- SSC isolation support
- PCIe hot-plug functionality

NAT-AMC-DISCOVERY
- NAT-eMCH included on Base PCB
- Support of single- and double-width AMCs in compact, mid-, and full-size form factor
- Operation in standalone mode
- Operation in different extender modes (MTCA / PCIe) – Extension Kits required
- Loopback Mode support

NAT-MCH-PCIex80
- Replacement available:
- NAT-MCH-G4 Family
- Overview
- LTB / LTS apply

NAT-MCH-PCIex48
- Replacement available:
- NAT-MCH-G4 Family
- Overview
- LTB / LTS apply

NAT-MCH-PHYS80
- Replacement available:
- NAT-MCH-G4 Family
- Overview
- LTB / LTS apply