ナセル List of Products and Services

• Flight level robustness • Supports IRIG-B, GPS-Have Quick, NTP, and PTP as time sources • Offers two lineups: TCP-AS and TCP-AM • A wide selection of supported options is available.

• Compliant with MIL-STD-188-164A (Communication Design Requirements) • Equipped with GPS tracking receiver • 1PPS input • Three independent low phase noise 10MHz • Compact size (104.0 x 70.0 x 26.0 mm) • Implemented with high-precision OCXO

By combining the main Master Clock Module (MCM) with expansion modules, it is possible to flexibly combine various input/output formats and numbers! Oscillator options: OCXO, CSAC, Rubidium (2U only)

Provides accurate time to the host computer with zero latency. Supports various synchronization inputs such as IRIG A, B, NASA 36, and 1PPS. The onboard μprocessor monitors errors due to propagation delays. The user-programmable generator provides heartbeat timing to the host. Windows 10 support (WHQL certified drivers available). * We also offer bus-level timing cards for PCI, cPCI, PMC, and VME. Please feel free to contact us.

Equipped with a high-precision GPS receiver with time synchronization of 50ns or less. Supports both NTP and PTP synchronization protocols. PTP offers high precision of less than 20ns per network hop. 8-port Gbps output supporting network management protocols. Wide operating temperature: -40℃ to +70℃. Equipped with redundant power supply. *BrandyWine offers a wide range of time servers. Please feel free to contact us for more information.

1PPS and Have Quick can be distributed into three systems. The input/output and power supply use MIL connectors for a robust design, ensuring high reliability. Ideal for ships or aircraft that require timing reference signals!

The Portable Timing Unit (PTU) automatically synchronizes GPS signals, including SAASM GPS, or IRIG B and Have Quick, and outputs NTP, IRIG A, IRIG B, IRIG G, Have Quick, or 1PPS. The oscillator defaults to OCXO, with rubidium or TCXO available as options. It can operate for 5 hours with OCXO and 24 hours with TCXO on battery power.

Can provide accurate time to the host computer with zero latency. Supports various synchronization inputs such as IRIG A, B, NASA 36, and 1PPS. The onboard μprocessor monitors errors due to propagation delays. The user-programmable generator provides heartbeat timing to the host.

19-inch rack-mounted time server supporting IEEE-1588v2 high-precision time protocol.

Ideal for integration into MIL-STD-188-164A equipment. Capable of supporting DAGR (Defense Advanced GPS Receiver).

BrandyWine's Time Spy is a portable, battery-operated high-precision time measurement device.

BrandyWine offers a robust type of time signal distributor. There is a military GPS receiver compliant with ICD-GPS-060. There is a distributor that uses a round MIL connector.

Tested to MIL-STD 810F and 461E CE102 and RE 102.

Brandywine Communications' VME-SyncClock32 provides zero-delay high-precision time to the host computer via the VME bus. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs include 1 PPS, IRIG A or B, and NASA 36 time code. GPS and Have Quick inputs are available as options. The clock can free-run and can be set by commands from the host via the VME bus.

The VME635091-SYNCCLOCK from Brandywine Communications provides high-precision time and frequency references for host computers and peripheral data acquisition systems. The time is typically obtained from time code signals such as IRIG B and is displayed on the front panel's LED digits (hours, minutes, seconds). At the core of the module's operation is a disciplined 10MHz oscillator and a 100-nanosecond clock. The current time (in days to 100 nanoseconds) is accessible with zero delay via the bus, allowing for very fast time requests. It can be used as a replacement for the TTM635VME-91.

Brandywine Communications' PMC-SyncClock32 is a high-performance mezzanine card (PMC) module that provides accurate time to the host computer without delay. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs processed in the standard configuration of the PMC include IRIG A and B, NASA 36, and 1 PPS. Additionally, the clock can be set using commands from the host computer, and the onboard oscillator can be used as a time reference for free-running operation.

Brandywine Communications' XMC-SyncClock32 is a high-performance switched mezzanine card (XMC) module that provides accurate time to the host computer without delay. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal inputs processed in the standard PMC configuration include IRIG A and B, NASA 36, and 1 PPS. Additionally, the clock can be set using commands from the host computer, and the onboard oscillator can be freely run using it as a time reference.

Brandywine Communications' CPCI-SyncClock32 provides accurate time to the host computer with zero latency via the cPCI bus. The onboard microprocessor automatically synchronizes the clock to the reference signal input. The reference signal input can be 1PPS, IRIG, or NASA time code, with optional GPS or HaveQuick. The clock can run freely and can be set by commands from the host via the cPCI bus. The onboard clock accepts IRIG A, B, or NASA36 inputs and accepts user-input reference signal delay information. An IRIGB code generator is also included.

Supports IRIG-B, GPS-Have Quick, NTP, and PTP as time sources.

NTP functionality with both server and client capabilities (RFC 5905) and optional support for PTP (IEEE 1588-2008). Commercial GNSS receivers (such as U-Blox), or secure SAASM M-Code GPS receiver data, external 1PPS UTC rollover reference clock, a reference clock with a maximum of 100MHz, and support for amplitude modulation (AM) or DC level shift AM (DCLS) IRIG input as synchronization means via VITA 67.3C backplane RF connectors.

Options such as conduction cooling, conformal coating, and battery backup RTC are available.