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ORCA Technologies
About us
With offices in California, Virginia, and Oregon, ORCA Technologies is the leading provider of rack mount and portable/airborne precision time and frequency products, dedicated to delivering exceptional products that meet the diverse needs of our clients. Our team of experienced professionals work tirelessly to ensure customer satisfaction through reliable innovative solutions and excellent support. Whether you are looking for GNSS or M-Code synchronization technology, PTP and NTP network time servers, comprehensive IRIG time code generators, pulse rates and low phase noise…
Index
1. GNSS & GPS Rack Mount
2. Airborne / Portable
3. Switch Distribution Amplifier
4. Time Display
5. Product Downloads
GNSS & GPS Rack Mount
Trestles / Trestles M-Code
The Trestles Time and Frequency System is a rackmount GPS Receiver designed for time and frequency applications including NTP and PTP network time server requirements. With 4 option module slots, and up to 4 user-configured outputs per module, Trestles is adaptable to many different applications. Option modules include our Universal Card, Code Output card, T1 module, Have Quick module, Low Phase Noise frequency card and fiber option input and output cards.
GS-301 GPS Time and Frequency Receiver
Accurate yet affordable, the Model GS-301 is a rackmount GPS Time and Frequency Receiver with functionality for Network Time Server and Time Code applications. The GS-301 is an excellent choice for applications requiring a single box performing specific tasks without asking you to buy an overbuilt unit with features you simply don’t need.
Airborne / Portable
GS-101B GPS/IRIG-B Synchronized Time Code Generator
The Model GS-101B GPS/IRIG-B Synchronized Time Code Generator (STCG) is a low cost high performance STCG that provides many features not found on higher cost units. When operated in the GPS mode, time and rates are precisely referenced to UTC. When operated in the IRIG mode, time and rates are precisely referenced to the IRIG generating source. Time, position and status are available on the RS-232 I/O and the USB Ports.
GS-102B GPS/IRIG-B Synchronized Time Code Generator
The Model GS-102B GPS/IRIG-B Synchronized Time Code Generator (STCG) is a low cost high performance STCG that provides many features not found on higher cost units. When operated in the GPS mode, time and rates are precisely referenced to UTC. When operated in the IRIG mode, time and rates are precisely referenced to the IRIG generating source. Time, position and status are available on the RS-232 I/O and the USB Ports. An optional 10MHz output is also available.
GS-102B-FPC Field Portable Clock GPS/IRIG-B Synchronized Time Code Generator
The Model GS-102B-FPC GPS/IRIG-B Synchronized Time Code Generator (STCG) is a low cost high performance STCG that provides many features typically found on higher cost units. When operated in the GPS mode, time and rates are precisely referenced to UTC. When operated in the IRIG mode, time and rates are precisely referenced to the IRIG generating source. Time, position and status are available on the RS-232 I/O and the USB Ports.
Housed in a weather resistant rugged case, the Model GS-102B-FPC STCG is ideal for providing time, rates and position information to camera, power utility, computer and other portable applications. The GS-102B-FPC can drive large format wall and console time displays. Its rugged packaging is ideal for portable or dynamic applications. Rechargeable internal batteries provide more than 24 hours of operation. Optional external connectors and an observation window in the lid allow for closed-case operation.
TTGM-101B-FPC TimeTap Grandmaster
The Model TTGM-101 GPS/Time Code Synchronized PTP Grandmaster, SNTP Server and Time Code Generator is ideal for applications utilizing GPS or time code input to generate IEEE-1588 PTPv2, SNTP or various time codes. Time and rate outputs are precisely referenced to GPS or time code input. The TTGM will also synchronize to a 1PPS input. In addition to PTPv2 and SNTP operation, IRIG A, B, G and NASA36 time code outputs, time is available on the USB port. Limited SNMP trap operation is also standard on this versatile unit.
The TimeTap will synchronize to the selected reference to less than 1 microsecond and can provide local or daylight savings time with settable timing offsets. The TimeTap can also provide the IRIG time codes to drive external time displays. This unit can be paired with the TT-101 for PTP synchronization over a network as well as time code synchronization. Computer synchronization can be accomplished with Domain Time II software available through ORCA Technologies.
TTGM-101B-FPC TimeTap Grandmaster
The Model TTGM-101 GPS/Time Code Synchronized PTP Grandmaster, SNTP Server and Time Code Generator is ideal for applications utilizing GPS or time code input to generate IEEE-1588 PTPv2, SNTP or various time codes. Time and rate outputs are precisely referenced to GPS or time code input. The TTGM will also synchronize to a 1PPS input. In addition to PTPv2 and SNTP operation, IRIG A, B, G and NASA36 time code outputs, time is available on the USB port. Limited SNMP trap operation is also standard on this versatile unit.
The TimeTap will synchronize to the selected reference to less than 1 microsecond and can provide local or daylight savings time with settable timing offsets. The TimeTap can also provide the IRIG time codes to drive external time displays. This unit can be paired with the TT-101B for PTP synchronization over a network as well as time code synchronization. Computer synchronization can be accomplished with Domain Time II software available through ORCA Technologies
TimeTraveler Portable GNSS Synchronized Time and Frequency System
The ORCA Technologies TimeTraveler is a rugged C/A or M-Code GPS Synchronized portable master clock that can easily be transported to locations where no synchronization or UTC traceable time and frequency sources are available. The TimeTraveler utilizes a high performance rubidium frequency standard as its internal clock. Prior to deployment the TimeTraveler requires several days of synchronization from GPS to properly discipline the internal rubidium frequency standard in order to meet the high performance requirements of better than +/- 15 milliseconds over a period of one (1) year with no external synchronization.
The TimeTraveler can be configured with one or two high performance Lithium Iron Phosphate batteries. Because ORCA utilizes a “Low Power Mode” of operation while running on batteries this allows our unit to maintain precision time and operation of the rubidium frequency standard in excess of 20 hours. For those situations where a user requires extended battery operation beyond 20 hours, ORCA Technologies has designed an external Battery Pack that can be used in conjunction with the TimeTraveler. These battery packs can be transported separately, charged independently, swapped as needed, and combined to provide a wide range of run times.
PRG-101C-10 Portable Rate Generator
The purpose of the Model PRG-101C-10 is to provide a 10 Volt 1PPS synchronization pulse that is used as a reference frequency for user equipment applications. In addition the unit outputs GPS time, position and status via a USB port that operates as a Virtual Communication Port (VCP).
The PRG-101C-10 outputs the following NMEA messages once per second: GGA, RMC or GSA.
TT-101B TimeTap PTPv2 / Time Code Synchronized Generator
The Model TT-101B PTP / Time Code Synchronized Generator is a low cost high performance unit that provides many features typically found on higher cost units. The TimeTap is able to synchronize to time derived from PTP two-step time packets. When operated in the IRIG mode, time and rates are precisely referenced to the IRIG generating source. In addition to IRIG B, A, G and NASA36 time code outputs, time is available on the USB port.
The Model TT-101B TimeTap is ideal for providing time and rates for applications requiring various time codes utilizing PTP synchronization or time code input. The TimeTap can provide the drive for large format wall and console time displays. This unit is ideal for use with the TTGM-101 for PTP synchronization over a network as well as time code synchronization. Computer synchronization can be accomplished with optional Domain Time II software.
CD-101 6-Digit Display
The ORCA Technologies Airborne Time Display, Model CD-101 decodes and displays time code or Network Precision Time Protocol (PTP) input.
The display provides Hours, Minutes and Seconds on a bright OLED display. The display intensity is user adjustable via the front panel switches.
In the absence of a time reference, the unit continues to flywheel using its internal crystal
time base.
Switch Distribution Amplifier
SD-218 Switch Distribution Amplifie
The ORCA Technologies SD-218 switch and distribution unit is an intelligent switching, monitoring and distribution system, packaged in a 1U rack-mount chassis. The unit consists of 2 inputs BNC’s labeled A and B that can be routed to the 18 outputs BNCs. Control of the switch is operating mode dependent. The instrument is designed with 50 Ω source impedance and will provide unity gain from input to output.
The SD-218 includes comprehensive input signal frequency monitoring logic where the user can define what the expected frequency should be on each input. If the input signal does not fall within the defined margin of error and the unit is in the auto mode, a frequency fault condition may cause a switch to occur. The unit also has 2 fault logic level inputs that map to the A, B inputs. These inputs can be connected to upstream equipment (reference source) to signal the SD-218 that the reference is not viable. All fault conditions are summed providing a common alarm output available on the rear panel.
Time Display
CD-101 6-Digit Display
The ORCA Technologies Airborne Time Display, Model CD-101 decodes and displays time code or Network Precision Time Protocol (PTP) input.
The display provides Hours, Minutes and Seconds on a bright OLED display. The display intensity is user adjustable via the front panel switches.
In the absence of a time reference, the unit continues to flywheel using its internal crystal time base.
CD-101 6-Digit Display
The DD-101 provides accurate time which is intended to be displayed on a surface or other location requiring large time characters where only a small panel space is available. The DD-101 is also capable to be mounted in a rack environment, using the accessory Rack Mount Faceplate, RFMP-BLK1. The time information may be derived from either the Precision Time Protocol (PTP) or a time code input.
The front panel provides a high contrast OLED display, status LEDs and navigation switches for parameter selection and setup.
The rear panel has an RJ-45 network connector, code input BNC and a 9-pin DB connector.
The DD-101 can be powered using pins on the DB-9 connector or via the network connection via Power Over Ethernet (PoE).