High Performance GPS Solutions / Decoder : Hitachi High-Technologies

GPS Chipset/Module (eRide Inc.)

OPUS One Chipset

eRide Opus One is a GPS/A-GPS receiver baseband processor with novel decoding algorithms. It is capable of working indoors and decoding low sensitivity signals down to -157dBm.

GPS BB/RF

Sensitivity: -157dBm
TTFF[*1]: <4 sec (Outdoor , Open Sky)
Accuracy: < 7m outdoor, <30 m indoor(50% CEP[*2])
Size:BB: 7.0×7.0×0.8 mm, QFN48
RF: 5.0×5.0×0.8mm, QFN32

OPUS III Chipset

Opus III is eRide's latest generation of GPS/AGPS receiver baseband processor. It is capable of working indoors by acquiring and tracking low sensitivity signals down to -161 dBm.

GPS BB/RF

Sensitivity: -161dBm (Maximum sensitivity in industry)
TTFF[*1]: <1 sec (Outdoor, Open Sky)
Accuracy: 2.5 m outdoor, 10 m indoor (50% CEP[*2])
Size: BB: 7.0×7.0×0.8mm, QFN48
RF: 5.0×5.0×0.75mm, QFN28

OPUS III ez Chipset

Opus III ez is eRide's latest generation of GPS/AGPS receiver baseband processor. Embedded ARM Core enables to calculate Navigation data by OPUS III ez Chipset itself. It is capable of working indoors by acquiring and tracking low sensitivity signals down to -161 dBm.

GPS BB/RF

ARM7 Core embedded
Sensitivity: -161dBm (Maximum sensitivity in industry)
TTFF[*1]: <1 sec (Outdoor, Open Sky)
Accuracy: 2.5 m outdoor, 10 m indoor (50% CEP[*2])
Size: BB: 7.0×7.0×1.2mm, TFBGA157
RF: 5.0×5.0×0.75mm, QFN28

compactRide module

compactRide is a compact high-sensitivity, low-power GPS/AGPS module that integrates eRide's OPUS One hardware measurement platform (MP) into a single, compact and easy to integrate SMD device. Combined with eRide's powerful navigation software running on a host microprocessor, the module offers a complete high performance GPS receiver

OPUS One receiver/baseband integrated module

Host-based module
Optimized RF and electrical design
Sensitivity:-157dBm
TTFF[*1]: <4 sec (Outdoor , Open Sky)
Accuracy: < 7m outdoor, <30 m indoor(50% CEP[*2])
Size: 18.5×14.0×2.5mm
Cost efficient Offering

miniRide module

miniRide is a miniature high-sensitivity, low-power GPS/AGPS module that integrates eRide's OPUS One hardware measurement platform (MP) into a single, compact and easy to integrate SMD device. Combined with eRide's powerful navigation software running on a host microprocessor, the module offers a complete high performance GPS receiver.

OPUS One receiver/baseband integrated module.

Host-based module
Optimized RF and electrical design
Sensitivity: -157dBm
TFF[*1]: <4 sec (Outdoor , Open Sky)
Accuracy: < 7m outdoor, <30 m indoor(50% CEP[*2])
Size: 10.9×9.1×1.4mm
Most size efficient offering

nanoRide module

nanoRide provides unparalleled performance by combining a OPUS III hardware measurement platform (MP) with powerful navigation software running on a host microprocessor. The solution delivers fast, accurate positioning data ideal for wireless applications and handheld system in challenging locations like indoor environments and deep urban canyons.

OPUS III receiver/baseband integrated module

Host-based module
Optimized RF and electrical design
Sensitivity: -161dBm
TTFF[*1]: <1 sec (Outdoor, Open Sky)
Accuracy: 2.5 m outdoor, 10 m indoor (50% CEP.[*2])
Size: 9.1×6.5×1.2mm
Most compact offering
Ideal for PDA and Cell Phones

ezRide-22 module

ezRidel-22 is a high-sensitivity, complete GPS/AGPS receiver module that includes OPUS III ez hardware Position, Velocity, Time platform (PVT) in which navigation software and ARM7 Core are embedded. It is most efficient integration and time to market. It includes OPUS III ez Chipset. It delivers fast, accurate positioning data in challenging locations like indoor environments and deep urban canyons.

OPUS III receiver/baseband, ARM7 integrated module

GPS Navigation software integrated complete GPS/AGPS receiver
Optimized RF and electrical design
Sensitivity: -161dBm
TTFF[*1]: <1 sec (Outdoor, Open Sky)
Accuracy: 2.5 m outdoor, 10 m indoor (50% CEP[*2])
Size: 22.0×22.0×3.0mm
Most efficient integration and time to market
Ideal of small volume opportunities

[*1] TTFF: Time To First Fix
[*2] CEP: Circular Error Probable