Product Details:
Usage/Application | Survey |
Number Of Channels | 162 |
Type | Wireless |
Weight | 360 g |
Battery | 3.6V - 6000 mAh Li-ion (10 hours) |
Dust Water Protection | IP68 |
SPECIFICATIONS | TECHNICAL DATA |
Make | Juniper |
Model | Geode |
No. of Channels | 162 |
Real time accuracy with Gps & Glonass | 80 cm to 1 m |
Real time accuracy with SBAS correction | < 30cm |
Compatible Operating Systems | iOS/ Android/ Windows PC (8/10) |
If NTRIP correction services can be used | YES |
OEM provided correction services, if any and its estimated accuracy | NO |
Accuracy Probability | 98% |
Warranty | 24 months |
Product Details:
Weight | 950g |
Antenna Type | LoRa |
Battery | Li-Ion 5200mAh |
External Power Input Voltage | 7.2 V37.44Wh |
Operating Temperature | -20 to +65 C |
Brand | EMLID |
Product Details:
Weight | 950g |
Antenna Type | LoRa |
Battery | LiFePO4,6400 mAh |
External Power Input Voltage | 6-40 V |
Operating Temperature | -20 to +65 DegreeC |
Brand | EMLID |
Product Details:
Weight | 35g |
Range | 868/915MHz |
Is It Mobile Access | Mobile Access |
Antenna Type | DC bias |
Battery | 450 mah |
External Power Input Voltage | 4.75 - 5.5 V. |
Operating Temperature | -20 to +65C |
Brand | eMLID |
Product Details:
Number Of Channels | 800+ |
Type | Wireless |
Weight | 1.1kg |
Range | 3-4 Km in Urban enviroment up to 10 Km with optimal Conditions |
Is It Mobile Access | Mobile Access |
Battery | internal rechargeable 7.2 V - 6900 |
External Power Input Voltage | 9 to 28 V DC External power input |
Operating Temperature | -30 DegreeC to 65 DegreeC(-22 DegreeFto 149 DegreeF) |
Product Details:
Range | 3-4 Km in Urban enviroment up to 10 Km with optimal Conditions |
Is It Mobile Access | Mobile Access |
Antenna Type | full constellation GNSS antenna |
Battery | 6120 mAh |
External Power Input Voltage | 3.8V |
Operating Temperature | -40 DegreeC to 65 DegreeC(-40 DegreeFto 149 DegreeF) |
Operating Time | 10 hours |
Product Details:
Number Of Channels | 800+ |
Range | 3-4 Km in Urban enviroment up to 10 Km with optimal Conditions |