Trimble TVG850

Features
  • Multi-Processor architecture, including a dedicated processor for vehicle bus integration
  • Integrated communications
  • 3G (WWAN/HSPA/EVDO) modems 
  • Wi-Fi (802.11 b/g) and Class 1 Bluetooth wireless technology
  • Digital input/output and 10/100 Ethernet port 
  • Trimble Copernicus II GPS chipset and GPS algorithms
  • 12 channel SBAS GPS receiver, including WAAS and EGNOS
  • Compatible with Trimble smart displays and EchoLDX display
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Trimble Telematics

A result of Trimble's incomparable industry experience and years of research and development, the TVG850 is designed to provide a high-performance, durable in-vehicle platform for heavy vehicle tracking and communications to the construction materials industry.

  • Overview

  • Features and Benefits

  • Technical Specs

  • Support

The TVG850's powerful multi-processor architecture enables vehicles within this market to transmit information in real-time. 3G (HSPA/EVDO) modems facilitate reliable communications across the globe, while standard Wi-Fi (802.11 b/g) and Class 1 Bluetooth wireless technology allow data transfer in and around the vehicle.

Expanded digital input/output capability, and the addition of a 10/100 Ethernet port, greatly expands the range of vehicle sensors that can now be connected, multiplying the possibilities for increased vehicle productivity and performance. Leveraging the Trimble Copernicus II GPS chipset and new GPS algorithms, the TVG850 provides fast startup times and accurate position data in both foliage canopies and urban canyon environments.

The TVG850's all-new antenna offers the best possible wireless signal reception (WWAN as well as Wi-Fi and Bluetooth wireless technology) contained in a single low-profile enclosure.

KEY FEATURES

Multi-processor architecture and dedicated processor for vehicle bus integration 

Real-time positions and events with more accuracy and reliable connections

 

Expanded digital input/output capability

More possibilities for connected sensors and automated statusing

 

Integrated communications

For unmatched connectivity in the field

 

Advanced Trimble GPS chipset

Fast startup times and accurate position data in foliage canopies and urban canyon environments

 

Accurate, reliable data collection 

Integrated with a low-profile antenna, the Trimble TVG850 delivers accuracy you can depend on to transmit and record location, event and diagnostic information, or communicate between mobile and office workers.  Trees and buildings create "satellite shadows", limiting the areas where you can reliably collect high-accuracy GNSS data. Using Trimble technology, the TVG850 continues to deliver productive, usable data under tree canopy or in urban canyons. You can work with fewer disruptions, meaning better, faster data. 


Designed for work, wherever you work

The Trimble TVG850 works for the way you work. The Trimble Copernicus II GPS chipset and new GPS algorithms, provide fast startup times and accurate position data in any environment. Stay connected over the road or at the job with the 3G (HSPA/EVDO) modem for reliable communications across the globe, while the standard Wi-Fi (802.11 b/g) and Class 1 Bluetooth wireless technology allow data transfer in and around your vehicle.

 


Physical
• Size............14.0 cm x 21.0 cm x 4.0 cm (5.5 in x 8.3 in x 1.6in)
• Weight...........................................................0.78 kg (1.72 lb)
• Primary Processor........................400 MHz Freescale MPC5200
• Vehicle Diagnostics Processor..........................................ARM7
• Memory....................64MB NOR Flash and 64MB DDR SDRAM
• Material.......................Cast Aluminum with black powder coat

Radios
• Wireless Wide Area Network
• HSPA/UMTS..............................................GSM 850MHz
GSM 1900MHz
GSM 2100 MHz
GSM 900MHz (GPRS)
GSM 1850MHz (GPRS)
GSM 1900MHz (GPRS)
EDGE Compatible
• EV-DO Rev. A....... GSM 800MHz North American Cellular
GSM 1900MHz North American PCS
• Class 1 Bluetooth Wireless Technology
• High-power 802.11b/g module, supporting Wi-Fi diversity

Certifications - Radiated and Conducted Emissions
• HSPA/UMTS.................................FCC Part 15 Compliant
Industry Canada / RSS-310
IC – complies with Canadian ICES-003
RoHS
WEEE
CE (EN 55022)
CE Safety (EN 60950-1)
E-Mark
C-Tick
PTRCB
AT&T Carrier Approval

Electrical
• Supply Voltage........................................9 to 32 V DC
• Vehicular Transient Tolerance - Power Transients per ISO7637-2
• Power Consumption -Typical between 500mA – 1 amp @ 
12V1
• Ignition Sense Input.....................................0 to 32V DC
• Ignition Sense Sources............Both Relay and R-Terminal

Environmental
• Op Temperature...-30o C to +60o C (-22o F to +140o F)
• St Temperature......-40o C to +85o C (-40o F to +185o F)
• Humidity...........................5-95% non-condensing

GPS
• Channels........................................12 (L1 code only)
• Integrated real-time.................................... SBAS2
• Time to first fix......................... 30 seconds (typical)
• Accuracy (SBAS2)....................2-5m (2.8-5.4 yards)

Peripheral and I/O
• USB 2.0 High Speed Host
• 10/100 Base T Ethernet
• Serial Interface...............Two(2) RS232 serial ports at up to 
115.2K Baud
• Digital Inputs.......Four in addition to Ignition and R-Terminal 
(Configurable active high or active low)
• Digital Outputs....................Two (2) 500mA max. Open drain 
drivers 32V tolerant

CANbus
• Hardware Protocols........ CAN V 2.0a, Can v 2.0b
• Channels..........................................................2
• Baud Rate..........................125/150/500 kbit/sec
• Communications Protocols....... ISO15765, J1939
• Hardware Protocols................. CAN, ISO-9141
J1850 (VPW and PWM) and J1708

Vehicle Diagnostics
• Hardware Protocols.....CAN, ISO-9141 (K & L line)
J1850 (VPW & PWM), J1708
• Baud Rate......................... 5 baud to 41.6k baud
• Communications Protocols.....ISO-9141-2 (K-line)
ISO-9141-2(L-line), ISO-15765, J1939, ISO-14230(KWP2000),
J1850 PWM and J1850 VPW, J1708

GPRS – Class 12 Modem
• 4 frequency bands …GSM 850MHz, E-GSM 900MHz, GSM 
1800MHz, and GSM 1900MHz
• Transmit Power GSM850/900* 
Min. (30dBm) and Max. (34dBm)
• Transmit Power GSM1800/1900* 
Min. (27dBm) and Max. (31dBm)
• Receive Sensitivity GSM850/950* 
Min. (-101dBm)
• Receive Sensitivity GS1800/1900* 
Min. (-101dBm)
• Download Data Rate (Class 10 and 3 RX) 
Max. (60 Kbit/s)

Radiated and Conducted Immunity
• Radio Frequency Electromagnetic Field
Test Specifications……………EN 61000-4-3
Paramaters……………80MHz to 2000MHz
• Electrostatic Discharge
Test Specifications………………EN 61000-4-2
Paramaters….+/- 8KV Air Discharge; +/- 4KV
• Radio Frequency
Test Specifications………………EN 61000-4-6
Paramaters…………………Test level: 3V ms
• Voltage Transient Immunity
Test Specifications………………ISO 7637-2 Class III
Paramaters......Test pulses 1, 2a, 2b, 3a, 3b, 4 & 5a

*includes the in-house RF cable insertion loss of 1dB (worst case)

specifications are subject to change without notice


Support

If you have further questions regarding support for Trimble Construction Logistics solutions, please email us at TCLsupport@trimble.com