Paghahambing ng Rockchip RK3568 RK3566 RV1126 RV1109 Chip Parameter
Paghahambing ng Rockchip RK3568 RK3566 RV1126 RV1109
| Chipset | RK3568 | RK3566 | RV1126 | RV1109 |
| Process | 22nm | 22nm | 14nm | 14nm |
| Encapsulation | FCBGA636L 19mm*19mm*1.68mm 0.65mm pitch | FCCSP565L 15.5mm*14.4mm*0.9mm 0.65mm&0.4mm pitch | FCCSP409 14mm*14mm*0.9mm 0.65mm pitch | FCCSP409 14mm*14mm*0.9mm 0.65mm pitch |
| CPU | 64bit Quad-Core A55, up to 2GHz | 64bit Quad-Core A55, up to 1.8GHz | Quad-Core Cortex-A7 up to 1.5GHz | Dual-Core Cortex-A7 up to 1.5GHz |
| GPU | Mali-G52-2EE 800MHz | Mali-G52-2EE 800MHz | N / A | N / A |
| DSP | N / A | N / A | N / A | N / A |
| CPU RAM | one channel DDR controller up to 8G Byte, DDR3/3L-2133Mbps, DDR4-3200Mbps, LPDDR3-2133Mbps, LPDDR4-3200Mbps LPDDR4X-3200Mbps | one channel DDR controller up to 8G Byte, DDR3/3L-800Mbps, DDR4-1056Mbps, LPDDR3-800Mbps, LPDDR4-1056Mbps LPDDR4X-1056Mbps | one channel DDR controller up to 4G Byte, DDR4-？Mbps, DDR3/3L-1066Mbps, LPDDR3-1066Mbps, LPDDR4-1066Mbps | one channel DDR controller up to 4G Byte, DDR4-？Mbps, DDR3/3L-1066Mbps, LPDDR3-1066Mbps, LPDDR4-1066Mbps |
| NPU | Up to 0.8TOPS | Up to 0.8TOPS | Up to 2.0TOPS | Up to 1.2TOPS |
| NPU RAM | N / A | N / A | N / A | N / A |
| Alaala | NAND, eMMC5.1 HS200 mode | NAND, eMMC5.1 HS200 mode | NAND, Compatible with eMMC specifications 4.41, 4.51, 5.0 at 5.1 | NAND, Compatible with eMMC specifications 4.41, 4.51, 5.0 at 5.1 |
| Mabasa ang video | 4K@60fps H.264&H.265&VP9 Profile0/2 video decode,1080P multi video decode | 4K@60fps H.264&H.265&VP9 Profile0/2 video decode,1080P multi video decode | 4K@30fps H.264/H.265 | 5M H.264/H.265 |
| Video Encode | 1080p@100fps video encoding for H.264 and H.265 | 1080p@100fps video encoding for H.264 and H.265 | 4K@30fps + 1080p@30fps | 5M@30fps + 720p@30fps |
| Codec | N / A | N / A | N / A | N / A |
| Audio Format | MP3、WMA、OGG、APE、FLAC、AAC etc | MP3、WMA、OGG、APE、FLAC、AAC etc | MP3、WMA、OGG、APE、FLAC、AAC etc | MP3、WMA、OGG、APE、FLAC、AAC etc |
| SDIO Interface | SDIO3.0 | SDIO3.0 | SDIO3.0 | SDIO3.0 |
| SD/MMC Interface | SD3.0/MMC4.51 | SD3.0/MMC4.51 | SD3.0/MMC4.51 | SD3.0/MMC4.51 |
| SFC | N / A | N / A | N / A | N / A |
| PCIe | PCIe2.1 x 1 PCIe3.0 x 1 Compatible with PCI Express Base Specification Revision 3.0 | PCIe2.1, Compatible with PCI Express Base Specification Revision 3.0 | N / A | N / A |
| SATA | Up to 6.0Gbps, SATA3.0 x 3 Compatible with Serial ATA3.3 and AHCI Revision 1.3.1 | Up to 6.0Gbps, SATA3.0 x 2 Compatible with Serial ATA3.3 and AHCI Revision 1.3.1 | N / A | N / A |
| LCD Interface | hanggang sa 2560*1660, MIPI,LVDS,eDP1.3, RGB/BT1120, Eink | hanggang sa 2560*1660, MIPI,LVDS,eDP1.3, Eink | hanggang sa 1920*1080, MIPI, RGB， | hanggang sa 1920*1080, MIPI, RGB， |
| HDMI OUT | HDMI2.0 | HDMI2.0 | N / A | N / A |
| CVBS OUT/IN | N / A | N / A | N / A | N / A |
| Camera | one 8M@30fps ISP, Time-division multiplexing to meet dual-camera MIPI-CSI 4lane, Can be split into two groups of 2×2 lanes for independent use; DVP interface | one 8M@30fps ISP, Time-division multiplexing to meet dual-camera; MIPI-CSI 4lane, Can be split into two groups of 2×2 lanes for independent use; DVP interface | one 14M ISP, 2 MIPI-CSI/LVDS/SubLVDS, and a DVP interface | one 5M ISP, 2 MIPI-CSI/LVDS/SubLVDS, and a DVP interface |
| TYPE C Interface | N / A | N / A | N / A | N / A |
| USB3.0 | Up to 5Gbps, USB OTG3.0 x 1 USB HOST3.0 x 1 | Up to 5Gbps, USB HOST3.0 x 1 | N / A | N / A |
| USB2.0 | USB OTG2.0 x 1 USB Host2.0 x 3 | USB OTG2.0 x 1 USB Host2.0 x 3 | USB OTG2.0 x 1 USB Host2.0 x 1 | USB OTG2.0 x 1 USB Host2.0 x 1 |
| MAC | 10/100/1000M Ethernet Controller | 10/100/1000M Ethernet Controller | 10/100/1000M Ethernet Controller | 10/100/1000M Ethernet Controller |
| PHY | N / A | N / A | N / A | N / A |
| I2S/PCM Interface | 8 CH I2S x 2 at 2 CH I2S x 2 | 8 CH I2S x 2 at 2 CH I2S x 2 | 8 CH I2S x 1 at 2 CH I2S x 2 | 8 CH I2S x 1 at 2 CH I2S x 2 |
| PDM/TDM Interface | 8 CH PDM x 1 at 8 CH TDM x 1 | 8 CH PDM x 1 at 8 CH TDM x 1 | 8 CH PDM x 1 8 CH TDM x 1 | 8 CH PDM x 1 8 CH TDM x 1 |
| SPDIF | OO | OO | N / A | N / A |
| SPI | SPI x 4 | SPI x 4 | SPI x 2 | SPI x 2 |
| UART | UART x 10 | UART x 10 | UART x 6 | UART x 6 |
| I2C | I2C x 6 | I2C x 6 | I2C x 6 | I2C x 6 |
| PWM | PWM x 16 | PWM x 16 | PWM x 12 | PWM x 12 |
| Dual screen Different display | Three screens with different displays can support 2xHD+SD resolution display | N / A | N / A | N / A |
| Operating temperatura | 0℃~80℃ | 0℃~80℃ | RK1126 ：0℃~80℃ RK1126K：-40°C~85°C | 0℃~80℃ |
| Supporting use PMIC | RK809-5 | RK817-5 RK809-5 | RK809-2 | RK809-2 |
Talahanayan ng nilalaman
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Aplikasyon
RV1126, Madalas Itanong
Ang RV1126 ay isang buong tampok na multi interface board na binuo gamit ang Rockchip's RV1109 RV1126 chip. Ito ay isang standard board na ginagamit ng mga bagong customer sa suriin chip function, magpatakbo ng mga pagtatanghal, at ipakita ang malakas na multimedia at peripheral interface function ng chip. Pagkatapos ng customer kumpirmahin ang pagganap, binago nila ang interface upang matugunan ang mga pangangailangan ng kanilang proyekto at magdisenyo ng isang bagong carrier board o motherboard upang maaari itong kumonekta nang direkta sa RV1126 core board.
Ang RV1126 at RV1109 ay may parehong functional interface, maliban na ang RV1126 ay isang quad-core at ang RV1109 ay isang dual-core, at ang RV1126 ay bahagyang mas malakas. Ang RV1126 ay may isang 1400-pixel ISP processor na may 2MGA NANGUNGUNANG TOPS ng NPU ari-arian, samantalang ang RV1109 ay may isang 5MP ISP processor na may 1.2MGA NANGUNGUNANG TOPS ng NPU ari-arian. Parehong ay P2P disenyo, madaling upang palitan, at maaaring epektibong mabawasan ang mga gastos sa pag-unlad sa pamamagitan ng pagbuo ng isang mataas at mababang-end na linya ng produkto.
Oo, Pwede ko po i offer sa inyo ang SDK, halos 24GB na.
https://mega.nz/file/LZtXgCoQ#mILZ0HwMoi_chWBKzTLP1L38I6rIJC7AgARxAtdIhqc
At hindi namin maaaring mag alok sa iyo ng anumang teknikal na suporta kapag gumagamit ka ng SDK, maliban sa na hire mo na ang aming software engineer upang bumuo ng iyong espesyal na proyekto.
We only provide the RV1126 development board, please ask engineers for specific technical questions.
As far as I know, the AI algorithm needs to be placed in the specified directory of the SDK so that RV1126 can use it.
For more details about the comparison of Rockchip RK3568 RK3566 RV1126 RV1109, mangyaring makipag-ugnay sa amin!