High-speed DMA & I/O boards

High-speed DMA supporting a variety of signal levels including E3/T3, ECL, LVDS, RS422, and synchronous serial.

Combo3 Mezzanine

E3/T3, ECL, or LVDS/RS422 interface

Combo 3 Mezzanine Board The Combo 3 is a mezzanine board that pairs with an EDT main board (for PCI or PCI Express) to support multiple standards. It supports E3/T3, ECL, LVDS, or RS422 signals and processes communications serial data for complex, user-defined applications.... Read more »



LVDS / RS422 Mezzanine

LVDS or RS422 interface board

LVDS / RS422 Mezzanine Features 33 LVDS or RS422 input/output signals Transfer rates up to 90 megabits per second using a single channel; 64 megabits per second using all 16 channels Provides 16 high-speed DMA channels between LVDS or RS422 devices and a PCI... Read more »


SSE Mezzanine

Synchronous serial ECL interface

SSE Mezzanine The SSE is a mezzanine board that pairs with an EDT main board (for PCI or PCI Express) for high-speed data transfer. It supports three channels (two input and one output) of ECL. The SSE samples the data on the... Read more »


ECL Mezzanine

Interface for ECL, LVDS, or RS422, with E1/T1 option

ECL / LVDS-E / RS422-E Mezzanine The ECL / LVDS-E / RS422-E is a mezzanine board that pairs with an EDT main board (for PCI or PCI Express) for high-speed data transfer. This “E-series” board can be ordered ECL, LVDS or RS-422 inputs/outputs in groups of... Read more »


Combo2 Mezzanine

E1/T1, E3/T3, LVDS or RS422 interface

Combo 2 Mezzanine Board Features Sixteen E1 / T1 line interfaces Four E3 / T3 line interfaces Sixteen LVDS (TIA644 standard) or RS422 differential inputs / output (input or output in groups of four) Large Xilinx FPGA (provided by EDT PCIe8 LX, PCI GS, or... Read more »


Combo Mezzanine

E1/T1, E3/T3, ECL interface

Combo Mezzanine Board Features Sixteen E1 / T1 line interfaces Four E3 / T3 line interfaces Sixteen ECL differential inputs / outputs Large Xilinx FPGA (provided by EDT PCIe8 LX, PCI GS, or PCI SS main board – see details below) Two large synchronous static... Read more »