NanoSync IV Marketing Brochure - FEI
Contents
1. lost or degraded This assures continued system operation as a time and frequency reference The NanoSync IV can be monitored and controlled through an RS 232 port using FEl Zyfer s Serial Communication Protocol and via the 10 100Base TX RJ 45 Ethernet port 5 300 BOTTOM MOUNT Zyfer CTLiMON 0000 2 F ETHERNET As with all FEl Zyfer time and frequency products the NanoSync IV incorporates advanced proprietary learning algorithms that compensate for external temperature changes and aging characteristics of the oscillator while operating in holdover This FEl Zyfer feature ensures accuracy and consistent performance throughout the specified operating temperature range NanoSync IV PLGR OAGR On DROLLE GP8 Lock KEY LOAD INVALID FAULT cy REAbY O ee 1 PPS CONTAINS ASO Status LEDs Key Load Port PLGR DAGR Port amp Zeroize switch SIDE MOUNT NanoSync IV Mounting 2 www fei zyfer com Specifications Common to Both Force 22E and MPE S Models Output Specifications 10 MHz Output Waveform Sine wave AC coupled Connectors 2 SMA Female Amplitude 13 dBm 3 1 dBm 50 Q Coherency Coherent to 1 PPS Harmonic Distortion lt 50 dBc Non Harmonic Distortion lt 60 dBc Frequency Accuracy Locked to GPS lt 1E 12 24 hr average Holdover with FE 5680B Rb Atomic Clock a lt 7 5E 11 at 24 hours 10 C change Phase Noise 102. Hz lt 100 dBc Hz 100 Hz lt 125 dBc Hz 1 kHz lt 145 dBc Hz Short Term Stability Allan Deviation typical 1 second lt 3E 11 10 seconds lt 1E 11 100 seconds lt 3E 12 1PPS Output b Pulse Rising Edge on time Connectors 2 SMA Female Drive Level TTL into 50 Q Pulse Width 2 ms Synchronization Rising edge on time Pulse Rise Time lt 20 ns 1PPS Jitter lt 5 ns 2o 95 Time Accuracy Locked to GPS lt 25 ns 20 95 to UTC Holdover with FE 5680B Rb Atomic Clock a 24 hours after 48 hrs locked operation lt 4 3 us Time Code Output Options User Programmable Connector 1 SMA Female BCD 24b or 40b HaveQuick HaveQuick 2 STANAG 4246 PTTI HaveQuick ICD GPS 060 Extended HaveQuick STANAG 4430 IRIG B02x x 2 3 6 7 GPS Antenna Interface Power 5 VDC 100 mA Connector Type SMA Female Input Gain Required 10 dB Notes a After 48 hours of GPS locked operation fixed antenna location and antenna delays entered b 1 PPS output can be disabled until GPS lock is achieved and time offset error is less than a user programmable amount Specifications subject to change without notice FEI Zyfer Status amp Control Ports l Additional Serial Port information on Interface RS 232C our website Connector 1 DE 9 9 pin D sub Female e NanoSync IV a nm ER SP e NanoSync IV No Parity Serial C Protocol FEl Zyfer Serial Comm Protocol Se aar
3. NanoSync IV DD Hinka k ETHERNET CT GPs LIMON ANTENN a Nanos yne ae ey LOAD amp pansi c0 BEF p Military Grade Position Navigation Timing PNT amp Frequency Reference System 7 With SAASM GPS e Suitable for Fixed Ground Mobile Airborne and Maritime Systems gt e Flexible Choice of SAASM Receivers for Specific Applications e Rubidium Atomic Clock for High Precision Time amp Frequency Outputs with Extended Holdover Performance when GPS is gt Degraded or Denied Ethernet Interface Supporting PTPv2 Grandmaster NTP amp Status amp Control For Network Based Applications e JASA Version 3 Annex 1 TFNG Compliant NanoSync IV Model 424 Position Navigation Time PNT and Frequency Reference System With SAASM GPS os 10 MHz 10 MHz 1 PPS 1 PPS TIME CODE The NanoSync IV is a small form factor GPS Position Navigation Time PNT and Frequency reference system that provides multiple reference outputs and includes support for NTP amp PTPv2 IEEE 1588 2008 The NanoSync IV has a Rubidium oscillator and is equipped with a SAASM receiver Rockwell Collins MPE S GB GRAM or Trimble Force 22E MRU for military users The NanoSync IV is packaged in a small rugged enclosure ideally suited for embedded electronic warfare applications The NanoSync IV incorporates proven features designed into all FEl Zyfer products including exceptional holdover performance when GPS signals are
4. ald tlt Protocol Manual Ethernet Port Ethernet Type 10 100Base TX Visit Connector RJ 45 www fei zyfer com Configuration IPv4 IPv6 address netmask amp gateway user selectable Compatibility TCP IP Ethernet ver 2 0 IEEE 802 3 TELNET SSH SNMP v1 v2c v3 Time amp Synchronization Protocols NTP v2 v3 v4 amp SNTP v4 NTP Server Performance Stratum 1 Client synchronization accuracy 1 10 ms typical NTP requests per second 2 100 PTPv2 Grandmaster Performance Packet throughput gt 100 Delay Requests second Input Voltage Power Consumption Standard 24 VDC 18 to 28 VDC externally regulated Warm Up 40 W maximum 25 C Warm Up time lt 10 minutes Steady State 20 W maximum 25 C Option 704A 1275 D Compliant 15 to 33 VDC Warm Up 50 W maximum 25 C Warm Up time lt 10 minutes Steady State 30 W maximum 25 C Note Input return connected to chassis signal ground Key Load Interface Electrical Interface per IS GPS 154C amp IS GPS 164 Communication Protocol per DS 102 PLGR DAGR Interface Electrical Interface per IS GPS 154C amp IS GPS 164 RS 232 I O and 1 PPS I O supported Serial Interface Protocol per IS GPS 153C Chassis Dimensions Height 3 50 89 mm Width 4 02 102 mm excluding I O connectors Length 8 27 211 mm excluding connectors Weight lt 4 9 lbs 2 2 kg Environmental Operating Temperature Rate of Change Storage Tempe
5. ll in view 12 Channel Receiver with continuous independent tracking e Simultaneous L1 C A P Y and L2 P Y Dual Frequency Tracking e Receiver Interface Protocols ICD TNL 153C NMEA 0183 v3 2 e RAM FLASH and FLASH FLASH versions of the MPE S available and supported Time Accuracy in State 5 L1 amp L2 WAGE enabled amp within other operating parameters e UTC USNO lt 200 ns 20 95 5 e GPS Time lt 52 ns 20 95 5 Acquisition Time TTFF e Hot Start lt 10 seconds e Warm Start lt 90 seconds Position amp Velocity Accuracy in State 5 L1 amp L2 WAGE enabled amp within operating parameters e SDGPS lt 2 meters CEP e WAGE lt 4 meters CEP e Velocity Surface Vehicle Better than 4 0 meters sec 3D 20 Supports GB GRAM Type and Type II Form Factors U S Government policy restricts the sale of Precise Positioning Service PPS equipment to those authorized by the U S Department of Defense Non U S authorized users must purchase PPS equipment through the Foreign Military Sales FMS process
6. rature Relative Humidity Altitude Operating Altitude Storage 20 C to 50 C Baseplate 10 C Hour maximum 40 C to 100 C 5 to 95 non condensing O to 15000 feet O to 40000 feet SAASM Receiver Options Trimble Force 22E MRU GRAM SAASM Receiver For Use in Man Portable through High Dynamic Environments e Velocity High Dynamic Limit Up to 400 meters sec e Acceleration High Dynamic Limit Up to 40 meters sec2 e Jerk High Dynamic Limit Up to 4 meters sec3 All in view 24 Channel Receiver with continuous independent tracking e Simultaneous L1 C A P Y and L2 P Y Dual Frequency Tracking e Receiver Interface Protocols ICD TNL 153C ICD TNL 167 SHCI NMEA 0183 v3 2 Time Accuracy e UTC USNO lt 100 ns 10 68 3 e GPS Time lt 40 ns 20 95 5 Acquisition Time TTFF e Hot Start lt 10 seconds e Warm Start lt 60 seconds Position amp Velocity Accuracy in State 5 L1 amp L2 WAGE enabled amp within operating parameters e SDGPS lt 2 meters CEP e WAGE lt 4 meters CEP e Velocity High Dynamic Environment 0 1 meters sec RMS Rockwell Collins MPE S GB GRAM SAASM Receiver For Use in Man Portable Surface Vehicle or Low Dynamic Environments US Army Standard Embedded Receiver e Velocity Surface Vehicle Limit Up to 25 meters sec e Acceleration Surface Vehicle Limit Up to 3 meters sec2 e Jerk Surface Vehicle Limit Up to 2 meters sec A
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