| The SXBlue II-L GPS uses innovative technology that delivers sub-meter accuracy in real-time, all the time. There is no need for post-processing or a beacon receiver when WAAS, EGNOS, MSAS, or GAGAN are available. Furthermore, the SXBlue II-L was designed to use Omnistar®’s VBS service anywhere in the world. Even in forestry applications and other difficult mapping environments where GPS reception is limited, the SXBlue II-L is designed to keep working and deliver the DGPS accuracy you need all day long. |
The SXBlue II-L GPS takes real-time accuracy a step further. Its accurate code phase measurements and leading edge multipath mitigation delivers sub-60 cm (2dRMS, 95% confidence) positioning.
With its superior tracking performance and innovative real-time positioning, that means no downtime even in harshest conditions, the SXBlue II-L maximizes your productivity by working directly within your GIS framework (ESRI, Autodesk, CMT, Integraph, MapInfo, TDS, etc.) both in the field and the office. |
| Add a field computer that suits your application, an off-the-shelf software of your choice, and the SXBlue II-L GPS becomes the heart of a modular solution you can grow with. In today’s rapidly evolving technologies, its unique multi-port interface (fully independent Bluetooth, USB, RS-232 ports) helps to protect your long term investment by always allowing the use of up-to-date computer hardware, operating system and software. |
The SXBlue II-L GPS can also evolve with your needs with its optional features:
- 10Hz or 20Hz output rates
- Base Station (standard RTCM-104 output)
- Proprietary RTCM for sub-30cm accuracy
- Single Frequency Real-time Kinematic (RTK) for cm level accuracy
- Carrier Phase for post-processed cm level accuracy
|
- Sub-60cm, 2dRMS real-time performance
- Multi-port interface (Bluetooth, USB, RS-232)
- Rugged and Waterproof design
- Integrated Li-Ion battery pack for
9 + hours autonomy
- Battery fuel gauge
- Compact and lightweight
- RoHS compliant
|
Receiver Type: |
L1, C/A code, with carrier phase smoothing |
| Channels: |
12-channel, parallel tracking
(10-channel when tracking SBAS) |
| SBAS Support: |
2-channel, parallel tracking
WAAS, EGNOS, MSAS, GAGAN,
and compatible. SBAS Ranging |
| L-Band Support: |
1-channel, 1530 to 1560 MHz
Manual or Automatic Satellite Selection
15s typical startup and reacquisition |
| Update Rate: |
2Hz default, optional 10 and 20Hz |
DGPS Horizontal Accuracy:
(SBAS, Omnistar) |
< 60cm 2dRMS, 95% confidence 1**
(< 30cm HRMS, < 25cm CEP) |
Horizontal Accuracy:
(Autonomous) |
< 2.5m 2dRMS, 95% confidence (autonomous, no SA) 2** |
| Optional Proprietary RTCM: |
< 30cm 2dRMS, 95% confidence 3** |
| Optional L1 RTK: |
< 2cm 2dRMS, 95% confidence 3** |
| Cold Start: |
60s (no almanac or RTC) |
| Reacquisition: |
< 1s |
| Maximum Speed: |
1607 km/h (999mph) |
| Maximum Altitude: |
18,288m (60,000 ft) |
1** Depends on multipath environment, number of satellites in view, satellite geometry, baseline length
(for local services) and ionospheric activities
2** Depends on multipath environment, number of satellites in view, satellite geometry
and ionospheric activities
3** Option required on both base and rover. Also requires communication link between base and rover.
Stated accuracies for baseline lengths of up to 5 km |
| Ports: |
Bluetooth, RS-232C, USB 2.0 |
| Bluetooth Transmission: |
Class 1, 250m typical range 4** |
| Bluetooth Frequency: |
2.400 – 2.485 GHz |
| Fully Bluetooth pre-qualified: |
Bluetooth 2.0 |
| Baud Rates: |
4800 to 57600 |
| Data I/O Protocol: |
NMEA 183, Binary |
| Data Output Datum: |
Autonomous: WGS 84 (G1150)
Omnistar / SBAS: ITRF-2000
Omnistar (North America): NAD 83 |
| Timing Output: |
1 PPS (HCMOS, active high, rising edge
sync,10 kOhms, 10 pF load) |
| Event Marker Input: |
HCMOS, active low, falling edge sync,
10 kOhms, 10 pF load |
| Raw Measurement Data: |
Proprietary binary (Free RINEX utility) |
| Correction I/O Protocol: |
RTCM SC-104, Optional Proprietary format |
| GPS Status LED: |
Power, GPS lock, DGPS position, DIFF lock,
Bluetooth connection |
| Battery Status LED: |
5 LED’s bar graph |
| 4** Transmission in free space |
| Battery type: |
Field replaceable Lithium-Ion pack
(Rechargeable in unit) |
| Battery Capacity: |
3,900mAh. 7.2V
(Average autonomy: 9+ hours) |
| Power Consumption: |
< 3.8W |
| Charging Time: |
4-5 hours (with supplied charger) |
| Antenna Voltage Output: |
5 VDC |
| Antenna Input Impedance: |
50 Ohms |
| Operating Temperature: |
-40°C to +85°C (-40°F to +185 °F) 5** |
| Storage Temperature: |
-40°C to +85°C (-40°F to +185 °F) |
| Humidity: |
95% non-condensing |
| Compliance: |
FCC, CE, RoHS and Lead-free |
| 5** Lithium-Ion battery performance degrades below -20oC (-4°F) |
| Enclosure Material: |
Re-enforced Nylon |
| Battery Case Material: |
ABS |
| Enclosure Rating: |
Waterproof, IP-67 |
| Immersion: |
30cm, 30 minutes |
| Enclosure Dimensions: |
14.1 x 8.0 x 5.6 cm (5.57 x 3.15 x 2.22 in.) |
| Weight: |
517g (1.14 lbs) |
| Data Connectors: |
DB-9 Female
USB Type B Female |
| Antenna Connector: |
SMA Female |
| GPS Frequency Range: |
L1 (1575 MHz +/- 10 MHz) |
| L-Band Frequency Range: |
1525 - 1560 MHz |
| Gain (without cable): |
26.5 dB (+/- 2 dB) |
| Voltage: |
2.5 - 24 Vdc, 39mA |
| Impedance: |
50 Ohms |
| Dimensions: |
6.9 diam. x 1.89 cm (2.71 x .74 in.) |
| Weight (without cable): |
109g ( .24 lbs)
(optional magnet mount) |
| Antenna Connector: |
SMA Female |
| Finish: |
Fluid Resistant |
| Temperature: |
-55°C to +85°C (-67°F to +185°F) |
| Humidity: |
Hermetically sealed |
SXBlue II-L GPS Receiver
Li-Ion Battery Pack (Field replaceable)
Li-Ion Charger
Belt/Shoulder Carrying Case
Precision Antenna with 1.5m cable
Soft Hat for antenna
RS-232 Cable (6 ft)
USB Type A/B Cable (6 ft)
CD-ROM (manuals and utilities) |
 |
10Hz, or 20Hz Output Rate
Base Station RTCM Output
Proprietary Real-time for <30cm
L1 RTK for <2cm |
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