Brandywine - PCIEX-SyncClock PCI Express Timecode and GPS Reader Generator
- Single-slot 32 bit PCI Express module
- IRIG A, B, NASA 36, 1 PPS sync inputs
- GPS sync option (maintains single-slot)
- HaveQuick sync input option
- Propagation delay correction
- Zero latency time reads
- Match Time output
- IRIG-B time code output (option)
- External Event time tags
- Three user programmable rates
- Supports Windows 8 & 10
- Digitally Signed WHQL Driver
The PCI-Express time code reference timing card with standard options such as IRIG B and optional GPS receiver provides an extremely accurate time source to the PCI-Express bus. This syncclock acts as a time code reader and/or time code generator that is synchronized to an external source of time such as IRIG B, IRIG A, IRIG G, NASA36 or Have Quick Time Code. An optional on-board GPS receiver allows another source of synchronization.
The PCI Express card uses its time source to generate time from an internal disciplined oscillator, that can be accessed across the PCI-Express bus through a set of zero latency time registers. Time synchronization can be achieved by simply reading the time registers, using this PCI card to generate periodic interrupts, or the PCI-Express can latch the time of an external event.
The PCI-Express card is the newest member to Brandywine’s bus level family of timing cards and is quickly becoming one of the most used PCI cards, replacing its older counterparts.
The PCI-Express from Brandywine Communications provides precision time with zero latency to the host computer over the PCI bus. An on-board microprocessor automatically synchronizes the clock to reference signal inputs. The reference signal inputs can be 1 PPS, IRIG or NASA time codes and optionally, GPS or HaveQuick. The clock can free run and be set by commands from the host over the PCI Express bus.
The on-board clock accepts an IRIG A, B, or NASA 36 input and accepts user input reference input signal delay information. An IRIG B code generator is available.
The advanced microprocessor on the PCI-Express module constantly measures the time error between the on-board clock and the reference input code and adjusts the error measurement for propagation delay. In units with a disciplined TCXO or OCXO the residual error is used in an adaptive gain loop to adjust the frequency of the oscillator for minimum error. If the incoming time code is missing, or corrupted by noise, the on-board clock is updated using the disciplined oscillator. When the input code is again useable the correction loop is smoothly closed.
58 bits of BCD time data are available to the host computer using two zero latency time reads. The time message contains units of microseconds through units of years. A status word is available using an additional read.
The exact time-of-occurrence of random external events may be captured by using the Event Time input. When the event input is sensed the current time is saved in a buffer for later interrogation by the host. The resolution of the time tag is 100 nanoseconds.
Variations
|
Model Number |
Description |
Oscillator Type |
Interface Bus |
Form Factor |
Power Type |
Output Format |
Input Format |
|
PCIe 1344 IN/OUT |
PCIe SyncClock32 with IEEE 1344 In and Out |
TCXO |
PCI Express |
Full Height |
Bus Power |
IEEE 1344 |
IEEE 1344, IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
|
PCIe Sync+BOUT |
PCIe SyncClock32 with IRIG B Output |
TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCIe-1344UTCIN-TCXO |
PCIe SyncClock32 with IEEE 1344 In and a Disciplined TCXO Oscillator Option |
Disciplined TCXO |
PCI Express |
Full Height |
Bus Power |
IEEE 1344 |
IEEE 1344, IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCI-e-BOUT-GT-DOSC-GPSB |
PCIe SyncClock32 IRIG B Output, OCXO Oscillator Option, and GPS Bracket |
OCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
GPS, IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCIe-DCINRS422J3-BOUT |
PCIe SyncClock32 with DC RS-422 Input, and IRIG B Output |
TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
RS422, IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCIe-DTCXO-IRIG G IN |
PCIe SyncClock32 with Disciplined TCXO Option and IRIG G Input |
Disciplined TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
IRIG A, IRIG B, IRIG G, NASA 36 (1KHz Carrier) |
|
PCieLP-SYNC |
PCIe SyncClock32, Low Profile Version, ROHS Certified |
TCXO |
PCI Express |
Low Profile |
Bus Power |
IRIG B |
IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
|
PCIEX-1PPSINJ2 |
PCIe SyncClock32 with 1PPS Input |
TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
1PPS IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| 1PPS IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
PCIe SyncClock32 |
TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCIEX-SYNCCLOCK32-L |
PCIe SyncClock32, Low Profile |
TCXO |
PCI Express |
Low Profile |
Bus Power |
IRIG B |
IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
| PCI-EX-SYNCCLOCK32-ROHS |
PCIe SyncClock32, ROHS Certified |
TCXO |
PCI Express |
Full Height |
Bus Power |
IRIG B |
IRIG A, IRIG B, NASA 36 (1KHz Carrier) |
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More Product Information
A precise measurement tool for a wide range of signals, such as NTP, IRIG B, 1PPS, ASCII against an internal precision GPS-controlled oscillator.
- Measures and displays the difference between input time signal and UTC
- Capable of measuring a wide variety of time signal inputs
- Timing resolution of better than 1 nanosecond
- Absolute accuracy of up to 50 nanoseconds to UTC
- Automatic identification and analysis of Modulated Carrier Timecodes
- Full color touch-screen with user-friendly Windows-based operating system
- USB port on front panel for easy access downloads for subsequent analysis of data
- Robust, portable design for all industrial applications
- Input available for measurement of relay opening/closing
- User-selectable threshold for alarm generation
- Robust, portable design for all industrial applications
- High performance GPS disciplined Time/Frequency standard
- Ethernet Interface for management and control
- Network Time Protocol (NTP)
- Multiple 1PPS outputs with individual delay compensation
- Multiple Low Phase Noise 10MHz outputs with software programmable level
- Time Code outputs including Have Quick, IRIG A, IRIG B, IRIG E, IRIG G
- Sync to GPS or to Have Quick/1PPS per ICD-GPS-060
- Choice of internal disciplined OCXO or Rubidium Oscillator
- IRIG A & B, NASA 36 and 1 PPS inputs standard
- HaveQuick sync option
- Propagation delay compensation
- Zero latency time reads
- Match Time output
- IRIG B time code output
- External Event time tags
- On-board GPS receiver option
- Three user programmable rates
- Conduction Cooled Version
- Network Enabled Frequency Distribution Amplifier
- Dual Frequency Inputs with Auto Failover
- Low Phase Noise Reference Frequency Outputs
- Programmable per channel amplitude
- 1U 19” rack mount
- Redundant Hot Swappable Power Supplies
- 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
- Single-slot 32 bit PCI Express module
- IRIG A, B, NASA 36, 1 PPS sync inputs
- HaveQuick sync input option
- Propagation delay correction
- Zero latency time reads
- Match Time status / interrupt
- IRIG-B time code output (option)
- External Event time tag
- User programmable heartbeat rate interrupt
- 5 MHz or 10 MHz Outputs Available
- Reference Frequency Input Option
- Auto Changeover with Ref. Input Option
- Low Phase Noise Outputs
- Twenty four Outputs
- Front Panel Status Indicators
- Fault Discrete Inputs
- Compact 1U, 19” rack mount
- 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
- Accurate & reliable time data from a trusted source
- 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
Brandywine Communications Inc. offers superior products to the time and frequency marketplace. Our mission is to provide the finest equipment coupled with excellent before and after sale service. Our staff of dedicated professionals, based in Tustin, CA, represents over 100 years of collective experience in design, manufacturing and sales of precision time and frequency products. Many of our products are made here in the United States, which allows for quick turnarounds and custom design.
Products from Brandywine Communications range from components such as Oven Controlled Oscillators to complete timing systems like the top of the line High Performance Timing System (HPTS).
Several state-of-the-art time and frequency systems are available from Brandywine. The system product line includes single and dual-redundant models, GPS synchronization and a wide range of oscillator choices: TCXO, OCXO, high-stability OCXO and Rubidium types. GPS choices include both C/A code and SAASM models.
Brandywine also is the premier North American distributor of Oscilloquartz, a subsidiary of ADVA Optical Networking. Oscilloquartz is a premier synchronization supplier for telecommunications for wireline and wireless infrastructures throughout the world. This partnership creates a powerhouse of timing and telecommunications that expand Brandywine's services to their customers in the US and Canada.
We supply several major market segments including: Aerospace, US and Municipal governments, telecommunications, US military, power utilities, financial institutions, test ranges, automotive industry, healthcare and schools.
Brandywine Communications, Inc. is certified as a Small Business Organization with the United States Small Business Administration (SBA’s 8(a) Certification Program) and is registered on the System for Award Management (SAM.gov) website which makes us eligible for all awards or grants specified under this provision.
Contact Details
Brandywine Communications Inc. - Ultra-Precision Time & Frequency
2921 Daimler Street, Santa Ana, CA 92705, USA
Phone: +1-714-755-1050
Email: support@brandywinecomm.com
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