Fully Modular Time Reference Systems ■ 1U/2U fully modular subrack for 19-inch rack mounting ■ LCD information display and LEDs for system status ■ Redundant power supply option (n+1 configuration) with loadbalancing for increased life time ■ Redundant time domain support for system partitioning or high-availability time source configurations ■ All components are hot-plug capable field-replaceable units (FRU) ■ Extended temperature range for reliable operation between -40° and +70°C ■ GPS, Galileo, GLONASS, BeiDou, NavIC time sources for reliable satellite synchronization ■ Average accuracy of ±30 ns to UTC, peak accuracy of ±100 ns to UTC for demodulated IRIG-B and pulse outputs and ±1 |js for modulated IRIG-B output ■ Synchronization of IEC 61850 compatible devices with support for highest performance class T5 ■ Typical NTP time stamp accuracy <30 js ■ Precision Time Protocol (PTP) option with peak time stamp accuracy ±100 ns, support for IEC 61850-9-3:2016 Power Utility Automation Profile, IEEE C37.238-2017 Power Profile ■ IEC 62439-3:2021 Parallel Redundancy Protocol (PRP) and High-availability Seamless Redundancy (HSR) option, feature combinable with PTP Time & FrequencySolutions The 8x00 product series are fully modular time reference systems that support the Global Navigation Satellite Systems (GNSS) GPS, Galileo, GLONASS, BeiDou and IRNSS/NavIC, as well as NTP, PTP and various other time sources for precise and reliable time synchronization at extremely competitive prices and are particularly well suited for critical infrastructure applications. The 8x00 product series time reference systems have been designed for mission critical applications with high requirements in terms of flexibility, availability, security and the support of a wide variety of time synchronization standards commonly used in public infrastructure, railway technology, air traffic control, power utility, digital smart grid, industry automation and data center facilities. The modular system design facilitates easy spare part management and minimum mean time to repair (MTTR) due to all components support hot-plug capability. The modularity of the system also ensures security of investment if the requirements for the system should increase or change in the future. The systems support redundant power supplies (PSU) in n+1 redundancy configuration to ensure high availability. Power supplies are available for DC input voltages 24VDC (18 - 36VDC), 48VDC (36 - 76VDC), 110VDC (60 - 160VDC), wide range DC input voltages 19 - 75VDC and wide range AC/DC input voltages 85 - 264VAC (50Hz / 60Hz) / 125 - 250VDC. The DC voltage power supplies feature redundant power inputs for connection of two power sources to a single power supply. In the version with redundant power supplies, the available power supplies can be combined as required. Up to six (for 1U systems) respectively twelve (for 2U systems) extension slots are available for time domain controller boards (time signal input from time source), service provider boards (time signal output / distribution to customer application) and management controller boards. A variety of time service provider boards is available for, among others: ■ Network time synchronization using Network Time Protocol (NTP / SNTP), SIMATIC NET SINEC H1 Time Datagram or IEEE 1588™-2019 Precision Time Protocol (PTP) with support for IEC 61850-9-3:2016 profile for power utility automation and IEEE Std C37.238™-2017 power profile ■ IRIG-B and DCF77 signal output (demodulated / modulated) ■ Programmable cyclic pulse (PPS, PPM, PPH) ■ Serial time datagram (e. g. hopf Standard, IEC-103, ABB Melody / Freelance, Trimble TSIP, SAT1703 / SICAM RTU) Fully Modular Time Reference Systems

Resilient Timing ■ Built-in by default GNSS firewall with multi-layered anti-jamming and anti-spoofing technologies and interference mitigation ■ Redundant time domains, multi redundant time sources and time source prioritization safeguard precise and resilient timing signal synchronization even at most demanding availability requirements System Configuration and Monitoring ■ huma® HTTPS web interface ■ Diagnostics and monitoring via SNMP v2c and v3 read operations (MIB II, hopf private enterprise MIB, NTPv4 MIB, PTPBASE MIB, IEEEC37.238 MIB, IEC-62439-3 MIB) ■ Event notification using SNMP traps,...

8100 produc t ser ie s time re ference system  1 9- inch 1 U modu lar su brack ac co rdi ng to IEC 60 297 -3 -10 0 :20 08  2 e x te nsion slots for redundan t powe r su pp l y u n i t s (n+ 1 c on fig ura tio n)  6 e x te nsio n sl o ts for time do ma in c on tro lle r , ser vi ce pr ovi der an d manag emen t c on troller boar ds 8100 produc t ser ie s time re ference system  1 9- inch 1 U modu lar su brack ac co rdi ng to IEC 60 297 -3 -10 0 :20 08  2 e x te nsion slots for redundan t powe r su pp l y u n i t s (n+ 1 c on fig ura tio n)  6 e x te nsio n sl o ts for time do ma in c on tro...

T i me Do mai n Co n tro l ler Boar ds FG 870 1G01 T im e D omai n C on tr ol le r Boa r d for p r odu c t s e r i e s 8 x00 , h o t -p lu g c a pa ble FG 870 1G01 - B00 0  H igh precision dual-ban d L1/L 5/E5a GNSS rec eiver for G PS, GLON ASS, Be iDou , Galileo an d IRN SS/N avIC w i th connec tion via SMA c onnector ( f ema le )  Rubidium osc illa tor for maximum precision free whee lin g stability ( 4 32 n s pe r d ay a f te r 3 m on th s o f c on tin uou s o pera t ion (± 1ºC )  Dr y con tac t for a lar m / sta tu s ou tpu t  T im e se rv er an d in te gra te d ma nag emen t c on tr...

T im e D omai n C on tr ol le r Boa r d for p r odu c t s e r i e s 8 x00 , h o t -p lu g c a pa ble  Rece iver for : - M odu la te d D C F 7 7 sig n a l (77 , 5kH z) v ia SM A c o n n e c to r ( fe ma l e ) - DCF7 7 (DCL S) and IRIG -B (DCL S, Manche ster en coded) a t 5 V a c t iv e / 5 V TT L s igna l l e ve l via 2 -po le p lu g gab le scr e w ter mi n a l  TC XO o sc il la tor (23 6 ,71 μs per day a t constan t te mper a tur e after 2 da ys o f co n tinu ou s o pera t ion )  Dr y con tac t for a lar m / sta tu s ou tpu t  T im e se rv er an d in te gra te d ma nag emen t c on tr ol ler...