CB2.0 Communications (Clarke Belt 2.0)

A SMARTER GLOBAL CONNECTIVITY SOLUTION – USING NEWSPACE TECHNOLOGY & NOVEL ORBITS TO DELIVER CAPACITY AT FRACTIONS OF THE COST OF ANY PLANNED GEO / LEO NETWORK - ENABLING SEAMLESS 'HYBRID' GROWTH FOR CURRENT GEO NETWORKS WITH LOWER LATENCY CAPACITY IN ANY SATCOM FREQUENCY BAND.

SUPERIOR SCALABLE GLOBAL BROADBAND CONNECTIVITY - THAT COSTS MERE FRACTIONS OF OTHER SATELLITE PLATFORMS [ECONOMICAL, ECOLOGICAL, ECO-FRIENDLY = ECO-AF] CB2.0 is the best (cheapest/fastest/better) truly-global connectivity solution... Our “IMHO = BEST” (Inclined Medium-earth Hemisphere-wide Orbit = Best Economics Satellite Technology) network topology has over two dozen economic and technical advantages when compared to other global satellite platforms in GEO or LEO. CB2.0's innovation has been recognized by over a dozen industry awards - - most recently by Hello Tomorrow 2020 as a Global Challenge ‘Deep Tech Pioneer’ and Global Summit ‘Finalist’ in Cybersecurity & Communications. Our unique/patented 8-hour inclined orbit provides unrivaled ability to highly efficiently match capacity supply to demand; prorated to serve/match the 80/20 north/south hemispheric population split – while precisely matching peak daily internet supply to growing regional 8-hour day-part demand peaks created by late-evening streaming video content consumption - - NO OTHER SATELLITE ORBIT, NETWORK OR CONSTELLATION CAN DO THAT!!! As few as two launches/12 satellites enable global capacity supply at <10% of the leading competitor's cost (bits/$, CapEx + OpEx). CB2.0 has the fastest payback (< 2 years) and highest ROI and margins (>70%) of any broadband internet, mobile or IoT satellite platform. By utilizing novel orbits and newspace technologies, CB2.0 is able to replicate the “Clarke Belt” geostationary orbital arc above and below the earth. CB2.0 has priority ITU filings in C, X, Ku, Ka and Q/V-bands that can recreate 180 orbit slots of 20+ GHz; that can operate in any current or planned Satcom frequency band. Effectively tripling the total supply from the current GEO arc known as the Clarke Belt. The novel orbits allow CB2.0 to recreate the entire geostationary orbit in two new parts of the sky which have sufficient angular separation to insure they do not interfere with - or limit - current in-orbit GEO satellites - - a concept endorsed and approved by the ITU. This wide angular separation during operations allows CB2.0 to deliver unique complementary seamless hybrid growth solutions for today’s GEO satcom operators - - with truly-global, lower latency, and significantly lower-cost capacity available in all popular and/or planned satcom frequency bands. CB2.0 CAPACITY COSTS ARE THE LOWEST: When compared to new planned LEO mega-constellations, CB2.0 delivers equivalent capacity for LESS THAN 1/10TH the Capex and Opex costs - - YET HAVING TWICE THE USABLE LIFETIME OF LEO SATELLITES. When compared to the leading Ultra-HTS GEO networks, CB2.0’s capacity cost less than 25% of the leading planned Multi-Tbps UHTS GEO satellite system under construction - - yet averaging half the latency of GEOs and providing truly worldwide reach and coverage (including higher latitudes / overtop the poles) - - serving areas unable to be reached by GEO, and at significantly higher look angles (required for in-flight / mobile / military satcoms). CB2.0 easily enables growth for overcrowded GEO systems with the simple addition of a low-cost electronically steerable multi-beam antenna. CB2.0 alone can deliver low-cost seamless hybrid capacity growth SIMULTANEOUSLY from a GEO and CB2.0 IMHO satellite network - - or enable the most efficient future worldwide RF/Optical Inter-Satellite Link platform - - ALL WITHOUT COSTING $BILLIONS!!!

Contact CB2.0 Communications (Clarke Belt 2.0)

Address: 151 Charles Street West Kitchener, Ontario, Canada N2G 1H6

Phone: (416) 722-9819
Email: Info@cb2sat.com