High-performance low-power TCC8901 Chi for P7 disassemble the program 2

Unscrew the three screws and then the motherboard will be able to come out from the shell inside. One thing I was surprised that the three screws which are concentrated in the motherboard has an interface button that end, while the other end there is no fixed measure. One thing I was surprised that the three screws which are concentrated in the main board has an interface button that end, while the other end there is no fixed measure. Until removed to have a look, they find the other side of the back screen, there is simply no way to tighten screws. Until removed to have a look, they find the other side of the back is a display, there no way to tighten screws.

P7 motherboard with single-sided patch, board small in size, based on experience to judge should be 6-layer PCB, the overall manufacturing process close to the Blue Magic T10. P7 motherboard with single-sided patch, board small in size, based on experience to judge should be 6-layer PCB, the overall manufacturing process close to the Blue Magic T10.

Next to the battery connection we find that engineers set aside a corner of the welding cited 10-bit, speculated that the reserved bits should be a FM chip bonding. Next to the battery connection we find that engineers set aside a corner of the welding cited 10-bit, speculated that the reserved bits should be a FM chip bonding.

P7 board all the electronic components are all here, and looks at a glance, the biggest piece of silicon that is TCC8901, and next to two Samsung cache, all use FBGA package. P7 board all the electronic components are all here, and looks at a glance, the biggest piece of silicon that is TCC8901, and next to two Samsung cache, all use FBGA package. A white sticker at the same time cover the two chips are Micron ( Micron) flash memory, let's look at them one by one. White stickers cover the same time, the two chips are Micron (Micron) flash memory, let's look at them one by one.

The first is the cache chips, using two Samsung K4T1G164QQ-HCE7, where necessary to resolve what chip models. The first is the cache chips, using two Samsung K4T1G164QQ-HCE7, where necessary to resolve what chip models. Where K said Samsung Memory; 4 that this is DRAM chips; T said that the type of DRAM for the DDR2 SDRAM; 1G representative capacity, for 1Gb (128MB); 16-bit architecture on behalf of X16; 4, said interior is 8Banks; the first representative of a Q interface SSTL_18 (VDD 1.8V, VDDQ 1.8V); the second is the Samsung Q representing the 17th generation of the same chip; -- H-back, said chip FBGA package; C indicated that the normal power supply conditions, chip operating temperature range of 0 ~ 95 degrees; final E7 said that the chip specifications for DDR2-800 (400MHz @ CL = 5, tRCD = 5, tRP = 5). Where K said that Samsung's Memory; 4 that this is DRAM chips; T said that the type of DRAM for the DDR2 SDRAM; 1G representative capacity, for 1Gb (128MB); 16-bit architecture on behalf of X16; 4, said interior is 8Banks; the first representative of a Q interface SSTL_18 (VDD 1.8V, VDDQ 1.8V); the second is the Samsung Q representing the 17th generation of the same chip; - H-back, said chip FBGA package; C indicated that the normal power supply conditions, chip operating temperature range of 0 ~ 95 degrees; final E7 said that the chip specifications for DDR2-800 (400MHz @ CL = 5, tRCD = 5, tRP = 5).

K4T1G164QQ-HCE7 Package diagram K4T1G164QQ-HCE7 Package diagram

That piece of chip Samsung's DDR2-800 SDRAM, chip capacity 1Gb (128MB), 8Banks structure, FBGA package. That piece of chip Samsung's DDR2-800 SDRAM, chip capacity 1Gb (128MB), 8Banks structure, FBGA package. A chip capacity of 128MB, 2 is 256MB, ensure the smooth 1080P Full HD video playback. A chip capacity of 128MB, 2 is 256MB, ensure the smooth 1080P Full HD video playback.

Chi for the P7's heart - Telechips TCC8901 master chip. Chi for the P7's heart - Telechips TCC8901 master chip. 65nm CMOS process, using FBGA package. 65nm CMOS process, using FBGA package. TCC8901 is an ARM11-based processor, the highest frequency can reach 600MHz, which 32Bits ARM1176JZ (F)-S RISC processor is responsible for operating systems and audio processing, while the video decoding is through a dedicated hardware modules to complete. TCC8901 is an ARM11-based processor, the highest frequency can reach 600MHz, which 32Bits ARM1176JZ (F)-S RISC processor is responsible for operating systems and audio processing, while the video decoding is through a dedicated hardware modules to complete.

TCC8901 built-in 16KB instruction cache and 16KB data cache, an integrated MMU management unit (Memory Management Unit, it is the central processing unit (CPU) used to manage virtual memory, physical memory control circuit, is also responsible for virtual address mapped to physical address, as well as provide hardware mechanisms for memory access authorization). TCC8901 built-in 16KB instruction cache and 16KB data cache, an integrated MMU management unit (Memory Management Unit, it is the central processing unit (CPU) used to manage virtual memory, physical memory control circuit, is also responsible for virtual address mapped to physical address, as well as provide hardware mechanisms for memory access authorization). TCC8901 support for video hardware decoding, encoding, including MJPEG, MPEG-1, MPEG-2, MPEG-4 SP, MPEG-4 ASP, MPEG-4 AVC (H. 264), DivX, H.263, WMV9, VC-1, RV, with 2D/3D graphics acceleration engine, as well as the Overlay Mixer, can output fluid 1080P Full HD video images. TCC8901 support video hardware decoding, encoding, including MJPEG, MPEG-1, MPEG-2, MPEG-4 SP, MPEG-4 ASP, MPEG-4 AVC (H.264), DivX, H.263, WMV9, VC-1 , RV, with 2D/3D graphics acceleration engine, as well as the Overlay Mixer, can output fluid 1080P Full HD video images.

TCC8901 internal integrated high-speed USB 2.0 OTG controller, HDMI controller, as well as a 10bit DAC, supports NTSC or PAL video output mixed output (specifications NTSC-M/4.43, PAL-B/D/G/H/I/M/N / Combination N). TCC8901 internal integrated high-speed USB 2.0 OTG controller, HDMI controller, as well as a 10bit DAC, supports NTSC or PAL video output mixed output (specifications NTSC-M/4.43, PAL-B/D/G/H/I/M / N / Combination N). 10-bit DAC should be dedicated to handling video inside the track, why do you say, first of all, if using 10bit DAC to deal with songs, sound quality will certainly be discounted; second board there are still a Wolfson WM8988L, Description P7 music is simply an external ADC / DAC (otherwise, it should WM8988L Gansha). 10-bit DAC should be dedicated to handling video inside the track, why do you say, first of all, if using 10bit DAC to deal with songs, sound quality will certainly be discounted; second board there are still a Wolfson WM8988L, shows P7 simply play music is to use an external ADC / DAC (otherwise, it should WM8988L Gansha). WM8988L and the bandwidth between the ARM is definitely not as good as the built-in 10bit DAC and the bandwidth between ARM, taking into account the data transfer full HD video the higher requirements, and users to watch video when the lower quality requirements, so guess TCC8901 the built-in 10bit DAC should be specifically for the video but the audio conversion prepared. WM8988L and the bandwidth between the ARM is definitely not as good as the built-in 10bit DAC and the bandwidth between ARM, taking into account the full HD video on a higher data transmission requirements, and users to watch video when the lower quality requirements, so to speculate TCC8901 built-in 10bit DAC should be specifically for the video but the audio conversion prepared.

TCC8901 chip area small, and this is a dollar coin comparison chart TCC8901 chip area small, and this is a dollar coin comparison chart