Asian Surveying & Mapping
Breaking News
Genesys International bags ₹283 crore World Bank-funded contract for Ahmedabad digital twin
The project will map 625 sq km, survey 25...
China launches new remote sensing satellite group
TAIYUAN, Sept. 24 (Xinhua) -- China launched a new...
Ahmad Belhoul Al Falasi to lead UAE delegation at IAC 2026
UAE delegation will bring together government entities, research institutions...
Korea Signs Space Cooperation MOU With Mexico
A path is opening for domestic space companies to...
China’s space diplomacy lifts Pakistani astronaut toward orbit
KARACHI, Sept 28 (Reuters) - Two Pakistani pilots are...
NV5 Global stock expands geospatial reach with $303 million deal
NV5 Global stock is linked to a Quantum Spatial...
EU and Korea deepen cooperation on secure satellite connectivity
Today, the European Commission and the Republic of Korea...
Ghana, Japan explore deeper cooperation in space technology
Ghana and Japan are exploring deeper cooperation in space...
China conducts four launches inside 48 hours as launch options diversify
HELSINKI — China carried out four launches in quick...
Dubai Municipality deploys smart robot for geospatial surveys
Dubai: Dubai Municipality has deployed a smart robot to...

April 14th, 2011
Septentrio’s AsteRx3 Tracks First GLONASS CDMA Signal on L3

It is the first of two GLONASS-K1 satellites and the first ever GLONASS satellite capable of transmitting a CDMA ranging signal. The GLONASS system has traditionally employed FDMA, in contrast to CDMA employed by all the other GNSS systems. However, CDMA signals in multiple frequency bands will be broadcast by future GLONASS satellites. The GLONASS-K1 satellites mark a first step in this direction. On April 7, the GLONASS Information-Analytical Center announced that experimental navigation signals of the first GLONASS-K1 satellite would be activated. Septentrio’s AsteRx3 receiver is now successfully tracking the new L3 CDMA signal broadcast by the satellite and also its L1 and L2 signals (L1-C/A, L1P, L2-C/A and L2P). Read More