Qualcomm announced the Snapdragon X70 5G modem. With 10 Gbit/s, it offers the same maximum download speed as its predecessor from last year. The maximum upload speed of the modem is 3.5 Gbit / s.
Snapdragon X70 Provides support for 4x conveyor assembly what or what time division duplication And the Frequency division duplexing repeats. Tdd is a technology for sending and receiving signals on the same frequency. Fdd is a technology that does this at different frequencies.
Qualcomm makes the X70 like Snapdragon X65 from last year On the 4 nm production process. The download speed is still a maximum of 10 Gbit / s. The manufacturer reports a maximum download speed of 3.5 Gbit / s. Qualcomm has never revealed the X65’s upload speed. that of X60 from the previous year It was at 3Gbit/s.
The manufacturer reports that it has added an artificial intelligence computational processor to the X70’s RF system. This chip is said to help increase speeds, reduce latency and improve energy efficiency.
In the second quarter of this year, Qualcomm will deliver the first samples to customers, so that the first products with the Snapdragon X70 can be launched by the end of this year. Among other things Apple will use the X70 As for the upcoming iPhones, the documents were announced through a settlement between Apple and Qualcomm.
| Snapdragon X70 | Snapdragon X65 | Snapdragon X60 | |
|---|---|---|---|
| 5G spectrum | 5G/4G Spectrum Sharing mmWave Sub 6 GHz 8CC mmWave-sub6 assembly 4CC Sub-assembly 6GHz |
5G/4G Spectrum Sharing
|
5G/4G Spectrum Sharing
|
| 5G modes | NSA (not independent) SA (independent) fed Tdd |
NSA (not independent)
|
NSA (not independent)
|
| 5G mmWave Specifications |
NSA: Bandwidth 1020MHz
SA: Bandwidth 900MHz
|
Bandwidth 1000MHz 10 vector 2×2 memo |
Bandwidth 800MHz
|
| 5G sub-6GHz specifications | 300MHz bandwidth, 4×4 MIMO |
Bandwidth 200MHz 4×4 MIMO |
|
| 5G peak download speed | 10 Gbit/s | 10 Gbit/s | 7.5 Gbit/s |
| 5G peak download speed | 3.5 Gbit/s | Unknown | 3G bits/sec |
| The production process | 4 nm | 4 nm | 5 nm |
