Imagination secures big smartphone design-in with MediaTek
- Autor:Ella Cai
- Solte em:2017-08-21
Imagination Technologies has secured an important design-in for its MIPS processor technology with MediaTek.
Crucially this takes MIPS into high-volume smartphone modems.
Helio-x30-840x497The mobile phone chipset firm has adopted the multi-threaded MIPS I-class CPU for smartphone LTE modems.
The mobile device from MediaTek featuring MIPS technology is the latest MT6799 Helio X30 processor which uses MIPS in its Cat-10 LTE modem.
The X30 SoC is an integrated 4G LTE Advanced modem which features 3x carrier aggregation downstream to support 450Mbit/s data rates and 2x carrier aggregation upstream to support 150Mbit/s.
The MIPS multi-threading capability enables the CPU to do more work every clock cycle. This can “boost real-time responsiveness and performance where multiple latency-sensitive tasks must be handled simultaneously”, said Imagination, which believes that multi-threaded CPUs provide significant advantages for LTE Advanced/5G features such as carrier aggregation.
TL Lee, a general manager at MediaTek, writes:
“With their powerful multi-threading capability, MIPS CPUs offer a combination of efficiency and high throughput for LTE modems that contributes significantly to system performance.”
Imagination says that the multi-threaded I-class CPUs can be used in LTE Advanced, LTE Advanced Pro and 5G applications. In addition, the MIPS DSP extensions coupled with multi-threading further optimise applications common in this space such as VoLTE.
Crucially this takes MIPS into high-volume smartphone modems.
Helio-x30-840x497The mobile phone chipset firm has adopted the multi-threaded MIPS I-class CPU for smartphone LTE modems.
The mobile device from MediaTek featuring MIPS technology is the latest MT6799 Helio X30 processor which uses MIPS in its Cat-10 LTE modem.
The X30 SoC is an integrated 4G LTE Advanced modem which features 3x carrier aggregation downstream to support 450Mbit/s data rates and 2x carrier aggregation upstream to support 150Mbit/s.
The MIPS multi-threading capability enables the CPU to do more work every clock cycle. This can “boost real-time responsiveness and performance where multiple latency-sensitive tasks must be handled simultaneously”, said Imagination, which believes that multi-threaded CPUs provide significant advantages for LTE Advanced/5G features such as carrier aggregation.
TL Lee, a general manager at MediaTek, writes:
“With their powerful multi-threading capability, MIPS CPUs offer a combination of efficiency and high throughput for LTE modems that contributes significantly to system performance.”
Imagination says that the multi-threaded I-class CPUs can be used in LTE Advanced, LTE Advanced Pro and 5G applications. In addition, the MIPS DSP extensions coupled with multi-threading further optimise applications common in this space such as VoLTE.
