查看MSM8996的源代码 MSM8996 0

8994 芯片cs时间在1月初，产品上市时间在15年56月份了.

8994和8992在软件上是兼容的。 8992cs时间在

8996的芯片CS时间 11月份. 产品上市在16年1月份左右.

==roadmap==

高端CS时间：8994 15年1月份， 8992 15年Q2， 8996 15年11月份

中端CS时间：8929 15年3月份， 8952 15年Q3，   8976/8956  年底

mid of 2016， the customer may not care the chip in device。
 
==CPU关键参数==

Modem & Quad-Core AP in a single chip. (15.6X15 pop).

3XCA TO 450Mbps with FDD/TDD UL CA (CAT 10)

14nm FinFET Process for better active power, faster peak CPU.

===key enhancements over [[MSM8994]]===

*computing performance
**4Xindustry leading and  custom 64bit armv8 isa compliant cpus (hydra).
**dual channel lpddr4 memory interfaces(1600mhz) with multimedia bandwidth compression
*multimedia
**higher performing and lower power a530 GPU with 64b addressing capability
**complete 4k60 entertainment system (4k60 h.265/vp9 decode with uncompresse 4k display - hdmi2.0)
**14b dual isp, 28mp 30fps zsl with improved imaging quality
***programmable pre/post processing DSP for further camera differentiation
**dedicated low-power sensor for emerging always-on use-cases with 512kb
*connectivity
**new QFE3100 envelop tracking with lower power and thermal footprint
**new WTR8950 LTE-U(5GHZ) aligning with commercial launches in early 16
**new WCSD9335 Audio DODEC with integrated ultra low power DSP. (语音唤醒的这一部分的功耗之后9330的五分之一, 1.5-->0.3)
**1xUSB3.0,1xUSB2.0,3xPCIe


*integrated cat 10modem
*hydra CPU w/ ~35% performance inprovement
*A530 GPU w/ 40%
*SMMU - improved ecurity with reduced RAM for BYOD
*UBWC for DRAM BW reductions (multimedia B/W and power gains)
*UFS-G3 and emmc5.1 storage solutions.
*4k60 decode w/ 4k60 miracast streaming(2.0)
*HEVC 10-bit and VP9 decode
*Vesa DSC 1.1 compression with HDMI2.0(4K60)
*Camera CPHY for higher throughput/lower power
*new DSP w/ Q6v60 825MHZ + 2xhvx for CAMERA DIFFERENTIATION
*low power Sensors w/ 512KB (4x Power improvement)
*Additional PCIe (3x total)
*[[SCSA]] support  . http://scsallc.com/
*New WCD9335 audio codec and QCA9500 .11ad solutions
*QFE3100 Envelope
*WTR3950 LTE-U
*SMB1351 QC2.0