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PCIe-LP
NIC with GNSS Frequency and Timing Processor and PTP
  • Concurrent reception of GPS/QZSS, GLONASS, BeiDou, Galileo
  • High stability low noise 10MHz/1PPS outputs
  • Additional 10MHz differential output 
  • Two additional 1PPS differential outputs
  • IEEE-1588v2 master or slave
  • IRIG Time Code Inputs and Outputs
  • NMEA Protocol
  • Holdover 1us for 4 hours
  • Low Profile PCIe NIC
PCIe-LP

The PCIe-LP is a PCIe x 1 Network Interface Card (NIC) with time and frequency processor used for precise time and frequency synchronization of the host computer. The board has an onboard high precision OCXO oscillator, which is kept synchronized to any of selected references such as external IRIG time code input, Ethernet IEEE-1588v2 PTP client (slave) or time signal provided by on-board GNSS receiver.

The board can also operate as an IEEE-1588v2 server (master) if GNSS timing signal used to synchronize local oscillator. Several timing functions are derived from the on-board clock including a programmable periodic pulse rate output a programmable start/stop output, and a time-stamping input. The board has on-board high sensitivity 72 channels GNSS timing receiver that also provides power for an active external antenna.

The PCIe-LP software includes Drivers and APIs which come with a powerful set of library functions to access the entire functionality. Driver and high-level API libraries for Linux and Windows are supported.

For more details about the desing contact Stratum Logic info@stratum-logic.com
PCIe-FMC
PCIe FMC LPC Carrier Card
  • PCIe x 1 FMC LPC carrier board 
  • SFP (Small form-factor pluggable transceiver connector, fiber and copper based options) 
  • Spartan 6 LXT + DDR, SPI Flash
  • PTP, SyncE, NTP timing protocols 
  • Multiple clocking options 
  • GTP port for parallel operation of two SS-PCIe-01 
  • 8 x GPIO ports 
  • LEDs and Switches 
  • USB UART 
  • Operates as a standalone board with an external +12VDC 
PCIe-FMC

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For more details about the desing contact Stratum Logic info@stratum-logic.com
FMC-01
FMC GPS Frequency and Timing Module with IRIG-B
  • Concurrent reception of GPS/QZSS, GLONASS, BeiDou, Galileo
  • High sensitivity 72 channels GNNS receiver
  • Low noise 100MHz and 1PPS outputs
  • IRIG-B AM and DCSL Time Code I/O
  • 5 Programmable digital I/O
  • FPGA Mezzanine Card (FMC) VITA 57 LPC
  • Holdover 8�s for 1 hours
FMC-01

The FMC-01 is an FPGA Mezzanine Card (FMC) module that provides GPS and IRIG timing and synchronization signals to the system. The board has an onboard 100MHz OCXO oscillator, which is kept synchronized to any of selected references such as IRIG or time signal provided by on-board GPS receiver. The board can operate as timing master or slave. Several timing functions are derived from the on-board clock including a programmable periodic pulse rate output a programmable start/stop output, and a time-stamping input.

The FMC-01 provides 100MHz, 1PPS, 5 Programmable digital inputs or outputs, IRIG B AM and DCLS input and output synchronization signals along with stats and control signals to FMC Low Pin Count (LPC).

For reference design, engineering support and customization please contact Stratum Logic info@stratum-logic.com
FMC-02
GPS Frequency and Timing Module with Low Noise OCXO and IRIG
  • Concurrent reception of GPS/QZSS, GLONASS, BeiDou, Galileo
  • High stability low noise 10MHz/1PPS outputs
  • High sensitivity 50 channels GPS receiver
  • GPS/QZSS, GLONASS, BeiDou, Galileo
  • Very low noise 100MHz/1PPS output
  • Holdover 4us for 1 hours
  • IRIG DCLS Time Code Inputs and Outputs
  • GPIO
  • Trigger Inputs and Event Outputs
  • FMC VITA 57 – LPC
FMC-02

The FMC-02 is an industry standard VITA 57 FPGA Mezzanine Card (FMC) module that provides low noise frequency and timing signals including IRIG. The FMC-02 provides low noise 100MHz output, 1-10MHz programmable output, one output that can be configured as an IRIG output or general purpose digital output, and one input that can be configured as IRIG input or general purpose digital input.

The module can lock the high precision oscillator to any of selected references such as IRIG, GPS or any external 1PPS or 10MHz timing reference. Several timing functions are derived from the on-board clock including a programmable periodic pulse rate output a programmable start/stop output, and a time-stamping input.

For board support packages and reference designs for FMC-02 contact Stratum Logic info@stratum-logic.com
FMC-3
GPS Frequency and Timing Module with CSAC and IRIG
  • High sensitivity 50 channels GPS receiver
  • GPS/QZSS, GLONASS, BeiDou, Galileo 
  • Chip Scale Atomic Clock (CSAC)
  • Holdover 1us for 4 hours
  • IRIG DCLS Time Code Inputs and Outputs
  • GPIO
  • Trigger Inputs and Event Outputs
  • FMC VITA 57 – LPC 
FMC-03

The FMC-03 is an industry standard VITA 57 FPGA Mezzanine Card (FMC) module that has a Chip Scale Atomic Clock (CSAC) high precision oscillator and provides frequency and timing signals including IRIG. The FMC-03 has a 10MHz output, 1-10MHz programmable output, one output that can be configured as an IRIG output or general purpose digital output, and one input that can be configured as IRIG input or general purpose digital input.

The module can lock the CSAC oscillator to any of selected references such as IRIG, GPS or any external 1PPS or 10MHz timing reference. Several timing functions are derived from the on-board clock including a programmable periodic pulse rate output a programmable start/stop output, and a time-stamping input.

For board support packages and reference designs for FMC-03 contact Stratum Logic info@stratum-logic.com
XPM-01
XMC GPS Frequency and Timing Module with PTP
  • High sensitivity 50 channels GPS receiver
  • High stability Low noise 10MHz/1PPS output
  • Holdover 1us for 4 hours
  • IEEE-1588v2 master or slave
  • IRIG Time Code Inputs and Outputs
  • Trigger Inputs and Event Outputs
  • Secondary output to 1000MHz range
  • USB Serial Port (UART), NMEA Protocol
  • XMC Module (75x149 mm)
XMC-01

The XPM-01 is a slave mezzanine card which provides x1 Lane PCI-Express interface with the host system. The board has an onboard high precision OCXO oscillator, which is kept synchronized to any of selected references such as external time code input, Ethernet IEEE-1588v2 PTP client or time signal provided by on-board GPS receiver. Optionally, the board can have a Chip Scale Atomic Clock as the local oscillator.

The board can also operate as an IEEE-1588v2 master if GPS timing signal used to synchronize local oscillator. Several timing functions are derived from the on-board clock including a programmable periodic pulse rate output a programmable start/stop output, and a time-stamping input. The XPM-01 has a selectable frequency output with frequencies up to 1000MHz. The board has on-board high sensitivity 12 channels GPS timing receiver that also provides power for an active external GPS antenna.

The XPM-01 software includes Drivers and APIs which come with a powerful set of library functions to access the entire functionality. Driver and high-level API libraries for Linux are supported.

For more details about the desing contact Stratum Logic info@stratum-logic.com
GMM
GPS Disciplined Oscillator with IRIG
  • Concurrent reception of GPS/QZSS, GLONASS, BeiDou, Galileo
  • High frequency synchronized output
  • Synchronized 1PPS
  • GPS timing reference
  • IRIG-B DCSL time code I/O
  • Takes two external references
  • Excellent phase noise 
  • Holdover up to 1us
  • Serial Port UART, NMEA protocol 
  • Small dimensions 1.9” (D) x 1.4” (W) x 0.87” (H) (48.26 x 35.56 x 22.1 mm)
GMM


GMM is an ultra-small GPS-disciplined time and frequency reference platform with IRIG B DCSL input and output. With its size, simple interface, and outstanding holdover performance, the SS-GMM offers breakthrough price-performance in an adaptable, high-performance system.

The GMM synchronization platform enables rapid development of timing subsystems for OEM applications in base stations, transmission stations and similar equipment. This cost-effective system was designed for easy integration into existing communications and network equipment.

The GMM generates and distributes a highly accurate and stable frequency source disciplined from GPS. The board has on board high sensitivity 50 channels GPS receiver that that provides reference for the internal control loop. The reference is processed by efficient algorithms that control the high precision oscillator. The GMM continues to distribute time and frequency signals even if the GPS input signal is lost.

For more details about the desing contact Stratum Logic info@stratum-logic.com
GPSDO
NIC with GNSS Frequency and Timing Processor and PTP
  • GPS L1 C/A code receiver
  • High Stability low noise OCXO
  • Provides three 62.5MHz outputs
  • Provides single 1PPS output
  • All outputs Synchronized to GPS
  • Holdover 1us for 4 hours
  • Serial USB port for monitoring
  • Designed for time distribution in server applications
GPSDO

For more details about the desing contact Stratum Logic info@stratum-logic.com
PET
PoE Ethernet switch with GPS and Timing Processor
  • 3 x 100M Ethernet switch with PTP stamping unit
  • One port designed for Power-Over-Ethenret (PoE++)
  • GPS receiver 
  • High stability 10MHz/1PPS outputs
  • IEEE-1588v2 master or slave
  • IRIG Time Code Inputs and Outputs
  • USB ports
  • NMEA Protocol
PoE++

For more details about the desing contact Stratum Logic info@stratum-logic.com
DSP-DPM
DSP module with WiFi
  • DSP + ARM Cortex
  • LP DDR
  • WiFi module
  • Ethernet PHY
  • USB
  • UART
DSP Module


For more details about the desing contact Stratum Logic info@stratum-logic.com

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