Acutime 2000 GPS Receiver (Evertz 5600MSC)
E-CODE: T00H4-
Product Details
Trimble’s new Acutime™ 2000
GPS smart antenna marks the
integration of the latest GPS
technology into a rugged selfcontained
unit that enables easy
integration into any system.
The Acutime 2000 is a polemounted
GPS receiver and
antenna in a single environmentally
sealed enclosure. The
Acutime 2000 GPS smart
antenna design continues
Trimble’s line of GPS smart
antennas, which have been in
production since 1991. The
antenna is the perfect solution
for precise timing and synchronization
of wireless voice and
data networks and provides a
cost-effective and independent
timing source for any application,
such as fault detection systems
and synchronization of
wireless networks.
Once power is applied, the
Acutime 2000 automatically
tracks satellites and surveys its
position to within meters. It
then switches to overdetermined
time mode and generates a
pulse-per-second (PPS) output
synchronized to UTC within 50
nanoseconds (one sigma), outputting
a time tag for each pulse.
The Acutime 2000 GPS smart
antenna’s T-RAIM (TimeReceiver
Autonomous Integrity
Monitor) algorithm ensures PPS
integrity.
Manufacturer Specs
eneral: L1 frequency, C/A code (SPS), continuous tracking
receiver.
Update Rate: 1Hz
Accuracy:
Dynamic SPS (with S/A) Dynamic DGPS
Position 40m CEP 1.5m CEP
Velocity 0.25 m/s CEP 0.05 m/s CEP
Time to First Fix
(no stored position): Typical cold start: < 120 seconds
Time to First PPS
(stationary with stored
position, e.g., recovery
after power outage): <60 seconds
Re-acquisition after
60-second signal loss: <2 seconds (90%)
Dynamics:
Velocity: 500 m/sec maximum
Acceleration: 4g (39.2 m/sec2
)
Jerk: 20 m/sec3
PPS output
Physical Interface: RS-422/485
Width: 10 microseconds (default). User-programmable
from 10 microseconds to 500 milliseconds.
On-Time Edge: Rising edge on-time (default). User-programmable
rising or falling.
Resolution: 80 nanoseconds (quantization error reported
through TSIP)
Accuracy (one sigma): UTC 50 nanoseconds (static)
UTC 300 nanoseconds (dynamic, TDOP≤3)
Product Details
Trimble’s new Acutime™ 2000
GPS smart antenna marks the
integration of the latest GPS
technology into a rugged selfcontained
unit that enables easy
integration into any system.
The Acutime 2000 is a polemounted
GPS receiver and
antenna in a single environmentally
sealed enclosure. The
Acutime 2000 GPS smart
antenna design continues
Trimble’s line of GPS smart
antennas, which have been in
production since 1991. The
antenna is the perfect solution
for precise timing and synchronization
of wireless voice and
data networks and provides a
cost-effective and independent
timing source for any application,
such as fault detection systems
and synchronization of
wireless networks.
Once power is applied, the
Acutime 2000 automatically
tracks satellites and surveys its
position to within meters. It
then switches to overdetermined
time mode and generates a
pulse-per-second (PPS) output
synchronized to UTC within 50
nanoseconds (one sigma), outputting
a time tag for each pulse.
The Acutime 2000 GPS smart
antenna’s T-RAIM (TimeReceiver
Autonomous Integrity
Monitor) algorithm ensures PPS
integrity.
Manufacturer Specs
eneral: L1 frequency, C/A code (SPS), continuous tracking
receiver.
Update Rate: 1Hz
Accuracy:
Dynamic SPS (with S/A) Dynamic DGPS
Position 40m CEP 1.5m CEP
Velocity 0.25 m/s CEP 0.05 m/s CEP
Time to First Fix
(no stored position): Typical cold start: < 120 seconds
Time to First PPS
(stationary with stored
position, e.g., recovery
after power outage): <60 seconds
Re-acquisition after
60-second signal loss: <2 seconds (90%)
Dynamics:
Velocity: 500 m/sec maximum
Acceleration: 4g (39.2 m/sec2
)
Jerk: 20 m/sec3
PPS output
Physical Interface: RS-422/485
Width: 10 microseconds (default). User-programmable
from 10 microseconds to 500 milliseconds.
On-Time Edge: Rising edge on-time (default). User-programmable
rising or falling.
Resolution: 80 nanoseconds (quantization error reported
through TSIP)
Accuracy (one sigma): UTC 50 nanoseconds (static)
UTC 300 nanoseconds (dynamic, TDOP≤3)