PRODUCT FILTER
Form Factor
Features & Functions
Cooling
Product Status
Temperature Range
- 1 to 4 UTMC SUMMIT
- UT69151DX-GPC
- BC / RT / BM
- On-chip Transceivers
- On-board Transformers
- Long stub / Short stub
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- 1 or 2 UTMC SUMMIT
- UT69151DX-GPC
- BC / RT / BM
- On-chip Transceivers
- On-board Transformers
- Long stub / Short stub
- PCIe Bus Interface via PLX 9056
- High Performance Floating-Point DSP
- Up to 64MHz system clock.
- 512K bytes of zero wait state SRAM
- 4.0 Mbit flash memory for bootstrap program
- 4 Mbytes of Dual Ported SRAM
- Slave 4 industry pack carrier
- PCI Express x1 Lane
- PCIe Specification, r1.0a
- Full Size format factor
- DMA engines support, to offload from local processors the overhead tasks involved in moving data from one side of the bridge to the other
- Support for up to Four IP modules
- 8 MHz or 32 MHz IP operation Software programmable
- Supports double-wide form factor Industry Pack
- Full interrupt support of host
- Front panel IDC I/O
- Based around the Texas Instruments floating-point Digital Signal Processor TMS320C6713B at 300 MHz
- Quad industry pack carrier configuration enabling a vast array of I/O possibilities creating a cost-effective solution of DSP and I/O
- Up to 192 I/O
- 1 X PCIexpress bus compatible
- Front panel I/O
- Virtually an unlimited customization of the input-output functions as well as hardware-accelerated signal processing
- Adds high-speed, low latency IO and deterministic control to a low-cost PC system solution
- DSP: Based on the Texas Instruments floating-point Digital Signal Processor TMS320C6713B at 300 MHz
- Serial Controllers: Quad 16 MHz SCC85230 serial controllers with 8 serial channels total
- I/O Options: Optional mezzanine-based I/O or RS232C/RS422/RS485 drivers
- PCI Express Interface: PCIe x1 lane, compliant with PCIe Specification r1.0a, offering up to 250 MB/s bandwidth39
- Front Panel I/O: Front panel serial I/O available
- Communication Protocols: Multi-protocol support including synchronous, asynchronous, Bisync, Xon/Xoff, HDLC, or SDLC communication protocols
- Performance: Adds high-speed, low latency I/O and deterministic control to a low-cost PC system solution