+662-619-9177
info@repco.co.th

OEMV-2

OEMV-2 Product Sheet

Low power consumption and a compact form factor make this L1/L2 plus SBAS GNSS receiver efficient and easy to integrate. The modular nature of OEMV-2 firmware allows flexibility to configure the receiver as a basic GPS L1-only or a L1/L2 receiver with Real-Time Kinematic (RTK) functionality.

Features

  • L1, L2 and L2C and SBAS tracking
  • RT-2™, RT-2 Lite, RT-20®, ALIGN®, API, GL1DE® and 100 Hz firmware options
  • GPS + GLONASS OmniStarTM VBS, XP, HP, G2 tracking
  • Easily upgraded to our OEM628 receiver board

Benefits

  • Flexible communication interface broadens deployment options
  • Multi-constellation tracking for higher solution availability and reliability
  • Upgradable receiver model ensures easy updating for full L2C and L5 deployment.
  • Supported by industries highest level of customer service

Attributes

System Type

Board

General Info

Length (mm)

100.00
Width/Diameter (mm)

60.00
Height (mm)

13.00
Weight (g)

56.00
Typical Power Consumption (W)

1.20

Constellation

GPS
GLONASS

Tracking

Max Num of Frequency

Dual
SBAS

Number of Com Ports

CAN Bus

1
LVTTL

2
RS-232

1
USB Device

1

Performance

Accuracy
Single Point L1
Single Point L1/L2
SBAS
DGPS
RT-20®
RT-2 L1TE™
RT-2™
(RMS)
1.5m
1.2m
0.6m
0.4m
0.2m
2cm+1ppm
1cm+1ppm

Enhanced, Flexible Firmware Features

With L2C tracking, the OEMV-2 is ideal for low signal strength applications, providing stronger signal tracking and better cross correlation protection. The OEMV-2 provides decimetre level pass-to-pass accuracy using our GL1DE® smooth positioning technology. Our AdVance® RTK option provides centimetre level real time position accuracy. ALIGN® technology is available for heading and position outputs.

Customization with API

Application Programming Interface (API) is available on the OEMV-2. Using a recommended compiler with the API library, an application can be developed in a standard C/C++ environment to run directly from the receiver platform. This eliminates system hardware, reducing development time and resulting in faster time to market.