Brandywine - PCI SyncClock32 Input/Output timing card with IRIG B, 1PPS and other time codes
- 3/4 length board (1/2 size available w/o GPS input)
- Optional Have Quick synchronization input
- IRIG’s A and B and NASA 36 time code inputs
- 1PPS sync input
- IRIG B output option
- 1PPS and time code inputs are redundant
- Single-slot including GPS option
- Zero latency time reads
- External Event input (optional eight or sixteen inputs)
- Match Time output
- Programmable Heartbeat rate
A staple product of bus level timing, Brandywine’s PCI card with optional GPS and IRIG B provides precision time with zero latency to the host computer over the PCI bus using the reference signal of your choice: IRIG B, 1PPS, IRIG A, NASA time codes, GPS or Have Quick. This PCI-Syncclock32 has a built-in microprocessor that automatically synchronizes the clock to the reference signal input. This timing card can be used as an IRIG–B timecode generator by setting the initial time via the PCI bus. The PCI syncclock timing module can free run and be set by commands from the host over the PCI bus.
More Product Information
- Bandwidth models from 8 GHz to 30 GHz
- Low loading and high impedance for minimal signal disturbance
- Wide variety of tips:
- Standard and high-sensitivity 30 GHz solder-in tips
- High-temperature solder-in tip with 1-meter lead
- QuickLink adapter for mixed-signal probing
- Handheld browser tip
- Tips for direct oscilloscope connection to CrossSync PHY protocol analyzer interposers
- Built-in tip identification for simple setup and precise signal reproduction
- Ideal for debug and validation of:
- PCIe 1.0 to 6.0
- DDR3/LPDDR3
- DDR4/LPDDR4/LPDDR4X
- DDR5
- Other high-speed serial interfaces
- 3 isolated low phase noise 10MHz outputs
- Internal GPS Tracking Receiver
- External 1 PPS input
- Small footprint designed for easy integration
- Disciplined high stability OCXO
- Image acquisition from Camera Link Base camera
- Supports Camera Link® operations up to 85MHz
- Supports 32/64-bit Windows platforms
- Quarter-length PCI Express x1 Board
- Power Over Camera Link® (PoCL) Compliant
- Offers external acquisition control signals on single PCIe x1 slotROHS compliant
- Facilitate computer integration with a PCIe® x1 interface
- Benefit from real-time synchronization with 16 discrete digital I/Os
- Get straightforward access to I/Os via standard D-Sub connector
- Support factory-floor and lab use with 24 V and TTL-compatible signaling
- Protect against unintended use with optical isolation and resettable fuses
- Track moving production lines with support for two rotary incremental encoders
- Use status indicator LED for each I/O to assist with integration troubleshooting
- Leverage Gigabit Ethernet port for industrial communication or video capture using GigE Vision
- Use with Zebra Aurora Design Assistant (formerly Matrox Design Assistant) and Zebra Aurora Imaging Library (formerly Matrox Imaging Library), vision software
- Network Time Server
- Dual Redundant Version Available
- Complete Remote Network Control using Standard Web Browser
- SA-ASM GPS Receiver
- 10MHz, 1PPS IRIG B, Serial and Time Codes
- Timing Accuracy 40ns rms to UTC
- 1PPS, Have Quick Inputs
- Wide Input Bandwidth
- Input Isolation
- Automatic & Manual Changeover
- Transformer Coupled Outputs
- Twenty four Outputs
- Front Panel Status Indicators
- Fault Discrete Inputs
- Compact 1U, 19” rack mount
- IRIG A & B/IEEE-1344, and NASA 36 inputs standard
- HaveQuick sync option
- Propagation delay compensation
- Zero latency time reads
- Match Time output (P4)
- IRIG B time code output option
- External Event time tag (P4)
- Three user programmable rates
- Ruggedization option
- Multi-pin Front Panel P4 I/O option
- Accurate & reliable time data from a trusted source. Precision hardware PTP timestamping to 8ns
- Remote configuration and status via web browser, remote monitoring with SNMP
- Synchronization between users – eradicates discrepancies System time stamping, such as e-commerce transactions, e-mail sent & received, is highly accurate
- Automatic systems procedures such as backups occur at the correct time and in the correct order
- Additional time signal outputs can feed to other systems
- Multiple time source fall back and priority configuration can ensure high synchronization availability
- Various oscillator choices allow for long holdover to maintain time accuracy when synchronization signals are absent
Brandywine Communications
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