• Tel: 01524 383320 Forsberg Services. North Quay Offices, Heysham Port, Heysham, UK

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End Of Life Notice
The OEM615 range of receivers will be unavailable from the 29th September 2017. Please contact sales@forsbergpnt.com for information on available replacement products including NovAtel’s OEM719.

The dual-frequency OEM615 offers future ready, precise positioning for space constrained applications. Backward compatible with NovAtel’s popular OEMV-1 form factor, the OEM615 provides the most efficient way to bring powerful Global Navigation Satellite System (GNSS) capable products to market quickly.


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Features

  • Increased satellite availability with GLONASS tracking
  • L1, L2, L2C, B1 and E1 signal tracking
  • GLIDE™ smoothing algorithm
  • RT-2®, ALIGN® and RAIM firmware options
  • SPAN® INS functionality

Benefits

  • Proven NovAtel technology
  • Easy to integrate
  • Low power consumption
  • API reduces hardware requirements and system complexity

Designed with Performance and the Future In Mind

The OEM615 features configurable channels to optimize satellite availability in any condition, no matter how challenging. The OEM615 is software upgradable to track future signals as they become available. Maximizing satellite availability and optimizing GNSS signal usage now, and in the future, ensures consistent, high performance GNSS positioning.

Designed for Flexibility

The modular nature of NovAtel’s OEM6® firmware gives users the flexibility to configure the OEM615 for their unique application needs. The OEM615 is scalable to offer sub-metre to centimetre level positioning, and is field upgradable to all OEM6® family software options. Options include RTK for centimetre level real‑time positioning, ALIGN® for precise heading and relative positioning, GLIDE™ for decimetre level pass-to-pass accuracy and RAIM for increased GNSS pseudorange integrity.

Customization with an API

Application Programming Interface (API) functionality is available on the OEM615. Using a recommended compiler with the API library, an application can be developed in a standard C/C++ environment to run directly on the receiver platform, eliminating system hardware, reducing development time and resulting in a faster time to market