The Operator Highway
Transferring data over mobile networks is like traffic on a busy highway, where –
- Data (bits) are the passengers
- Throughput (bits/s) is the number of passengers arriving per second
- Latency (ms) is the time it takes to reach the destination
- Bandwidth (Hz) is the number of lanes available
- Spectral efficiency (bits/s/HZ) can be seen as a measure of the average throughput per lane of the highway
Standard 5G Network
Congestion caused by a low speed limit and unreliable cars, preventing passengers benefiting from the potential of the new highway.
- Broken down vehicles cause bottlenecks and delays for passengers
- Adding lanes could solve the problem, but land [spectrum] is costly and hard to acquire
- As road conditions [channel quality] get worse, more cars breakdown, and congestion escalates
AccelerComm-optimized 5G Network
Maximum Spectral efficiency
All passengers are whisked to their destination in high-speed, reliable coaches.
- Speed limit increased, no blockages
- Efficient high-speed vehicles carrying more passengers
- Many more people are taken to their destinations in the same time on the same highway
- This is always the case regardless of road conditions
AccelerComm's configurable IP enables you to realize the value of your operator highway
Best spectral efficiency in all conditions
The integrated design of the AccelerComm decoder chain, including LDPC, channel estimation and MIMO equalization functions realizes a full...
3dB improvement in uplink sensitivity
Most reliable performance
A unique algorithm removes the BLER floor experienced by other decoders, even at high signal to noise ratios. Ultra low BLER drives...
99.999% service availability
Fastest transport
AccelerComm IP supports scalable OFDM Numerologies, meaning the highest channel throughputs and lowest latencies are achieved.
Supporting all 5G NR numerologies
Reduces power usage
56% energy/bit saving
Reduces chip area
40% silicon area saving
To find out more about AccelerComm, how we're revolutionising cellular communications and maximizing spectral efficiency to meet 5G service and business requirements you can: