The NVIDIA GTX1070Ti GPU is based on NVIDIA Pascal™ GPU architecture. The analyzed GP104-300-A1 GPU die is found on a GEFORE(R) GTX1070Ti WINDFORE 8G gaming graphics card.
Similar PLL blocks are also found on other NVIDIA GPU dies, such as GTX 1080, Quadro P4000, Quadro P5000 and Tesla P4. This partial circuit analysis report includes a selected portion of the PLL block: Charge pump, direct control signals of the charge pump and an LDO regulator that provides power supplies to the charge pump and most of the PLL circuits on the GP104-300-A GPU die.
The partial circuit analysis report is organized hierarchically at the transistor-level. The GP104-300-A1 GPU die is made in TSMC 14-metal, 16nm FinFET process with a die size of 19.3mm by 16.4mm… Unlock the full report
1.0.0 PLL Top Schematic
2.0.0 Control Data
2.1.0 Data Input
2.1.1 Power On Delay
2.1.2 PLL Enable Signals
2.2.0 Control Signal
2.3.0 CP Enable Signal
3.0.0 Charge Pump
3.1.0 CP Start Up
3.2.0 Up Down Signals
3.3.0 Down Reference
3.4.0 Up Reference
3.6.0 OP Amp
3.7.0 Voltage Follower
3.8.0 Up Current
3.9.0 Down Current
3.10.0 Decoder
4.0.0 VCO Supply Voltage
6.0.0 VDD1 LDO
6.1.0 Programmable R
6.2.0 Pull Down
6.3.0 Amp 1
6.4.0 Amp 2
6.5.0 Reference Voltage
The report includes the interactive schematic and layout image database at high-resolution.
Apple |
Qualcomm |
Sandisk |
Microsoft |
Samsung |
AMD |
IBM |
Mellanox |
Micron |
Mitsubishi |
Bosch |
STMicroelectronics |
Maxim |
Nintendo |
MediaTek |
Xilinx |
Macronix |
Powerchip |
General Motors |
Sony |
NVIDIA |
NVIDIA GP104 (GeForce GT1070) GPU |
Mellanox Ethernet Switch |
Sandisk USB Memory |
Mitsubishi RF Device |
STMicroelectronics IIS328DQ 3-axis Accelerometer |
Microsoft XBOX ONE CPU |
MediaTek Helio P20 (MT6757) |
Qualcomm PMIC |
IBM Processor |
Macronix XtraROM |
Samsung 3D NAND SRAM |
Xilinx Virtex 2 Pro |
AMD Athlon 3200+ CPU |
Qualcomm WCN3990 2×2 802.11ac Wifi |
Powerchip NAND |
Bosch BMI055 Inertial Sensor |
Micron DDR4 DRAM |
Nintendo ROM |
Qualcomm MSM8992 Snapdragon 808 SoC |
Bosch BMI260 Inertial Sensor |
Qualcomm MSM8998 Snapdragon 835 APU |
General Motors Sensor Module |
Apple A11 APU |
Sony CMOS Image Sensor |
Bosch BMI160 Inertial Sensor |
STMicroelectronics ISM330DLC Inertial Sensor |
STMicroelectronics CMOS Image Sensor |
Bosch BMA280 Accelerometer |
MediaTek X20 (MT6797W) APU |
Xillinx Spartan 3 |
Non-Infringement Analysis |
Planar imaging of SRAM cells |
Layout analysis |
Package and bevel layout analysis |
Circuit schematic extraction |
Brief die analysis |
Circuit patent evidence of use |
Patent Categorization |
Board tracing |
Brief die analysis |
Custom circuit simulation |
Patent Reviews |
Package cross-section analysis |
Process structure |
Process patent evidence of use |
Package layout high resolution imaging |
Package, die photo, delayering |
Sensor module analysis |
Prior Use Analysis |
GPIO block |
GDDR5X interface circuit |
RF Power Amplifier (PA) |
Inertial sensor circuits and structures |
OLED modules |
CIS column comparator circuit |
Temperature sensors and control circuits |
GPU layout |
Dummy metals in SRAM interconnect |
VCO |
6T and 8T SRAM |
RF devices |
GPU charge pump circuit |
Level 2 Cache SRAM |
PMIC |
GPU comparator circuit |
CIS layout analysis |
Phase-Lock-Loop (PLL) |