qixinwei-pcba

V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273
4 / 5

V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273

reviews
items available
Add inquiry cart Inquire Now

V533 Product Overview

The V533 is a professional vision SoC from Allwinner Technology targeting smart vision and edge computing applications. Part of the Allwinner V‑series professional vision chip family, it is housed in a TFBGA-273 package (8×8mm, 0.5/0.65mm ball pitch). The chip integrates a single‑core ARM Cortex-A7 processor (up to 1.0GHz), a 0.4TOPS NPU, a next‑gen ISP, and an H.264/H.265 1080p dual‑stream hardware encoder. It is widely used in smart surveillance IP cameras, dashcams, action cameras, and other HD video devices.


V533 Core Features

Single‑core Cortex-A7 CPU： ARM Cortex-A7 @ 1.0GHz, 32KB L1 I-cache + 32KB L1 D-cache, 128KB L2 cache, with DVFS for power efficiency

0.4TOPS NPU： Integrated NPU for lightweight on‑device AI inference

H.264/H.265 Dual‑Stream Encoding： Hardware encoding with 1080p@30fps + 1080p@30fps dual‑stream real‑time encoding; JPEG snapshot up to 1080p@60fps

Next‑Gen ISP： Supports WDR, multi‑level 3D noise reduction, low‑light enhancement, lens distortion correction, and more

Camera Input： 10/12/16‑bit parallel DVP interface (BT.656/BT.1120)

Display Output： MIPI DSI and RGB parallel LCD interfaces

Memory & Storage： 16‑bit DDR3/DDR3L memory, eMMC, NAND Flash, SD card

Rich Communication Interfaces： 10/100M Ethernet MAC (RGMII/RMII), USB 2.0 OTG, multiple UART/SPI/TWI/I2C, PWM, GPADC, CIR

Audio： I2S/PCM digital audio interface

Linux OS： Allwinner Tina Linux SDK for rapid mass production


V533 Applications

Smart Security Surveillance / AI IP Cameras (IPC)

Dashcams / Action Cameras / Body‑Worn Cameras

Video Doorbells / Smart Locks

USB Video Capture Cards / Video Conferencing Terminals

Industrial Vision Inspection / Drone Video Transmission


V533 Key Advantages

The V533 is a high‑cost‑performance 1080p video encoding SoC in the Allwinner V‑series, integrating a 0.4TOPS NPU for lightweight on‑device AI acceleration. With H.265/H.264 1080p dual‑stream hardware encoding, H.265 reduces bitrate by approximately 50% at the same image quality, saving storage space and network bandwidth. The next‑gen ISP with WDR, 3DNR, and low‑light enhancement delivers clear images in complex lighting conditions. The 16‑bit DDR3/DDR3L memory interface reduces PCB layer count and routing complexity, lowering BOM cost. The compact TFBGA-273 package (8×8mm) suits space‑constrained designs. Allwinner‘s stable, easy‑to‑use Tina Linux SDK, along with comprehensive documentation and reference designs, accelerates product development and mass production.


Why Choose QIXINWEI
Years of experience in the electronics industry. Trusted by global customers. Massive In-Stock Inventory – Ready to ship promptly. BOM Matching Service – One-stop solution, save time. PCBA Customization – Professional engineering team creates tailor-made solutions based on your needs. Cost-Effective & Efficient – Better channel, better cost. A dedicated team makes your procurement smoother. Contact us for BOM quotes or PCBA inquiries.


V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273 V533 Allwinner Professional Vision SoC Cortex-A7@1.0GHz H.265 Encode TFBGA-273




FAQ:

  1. What is the Allwinner V533 SoC and what are its core strengths?
    The Allwinner V533 is a professional vision SoC built around a 1.0 GHz Arm Cortex‑A7 processor. Its standout feature is the integrated H.265 (HEVC) hardware encoder, which delivers high‑quality video compression at roughly half the bitrate of H.264. Packaged in a tiny TFBGA‑273 footprint, the V533 is designed for embedded camera systems that need efficient, real‑time video encoding without the cost and power overhead of a full application processor.

  2. What makes the H.265 hardware encoder on the V533 special compared to H.264?
    The built‑in H.265 encoder compresses video up to twice as efficiently as H.264, meaning you get the same visual quality at half the storage or network bandwidth. This is critical for IP cameras, dashcams, and battery‑powered devices where NAND Flash cost and wireless transmission limits are key constraints. The encoder runs entirely in dedicated hardware, so the Cortex‑A7 core remains free for other tasks.

  3. What is the maximum video resolution and encoding capability of the V533?
    The V533 supports up to 5 megapixel (2592×1944) video capture and can hardware‑encode H.265 streams at up to 1080p@60fps or 4 MP@30fps. For multi‑stream applications, it can generate a primary high‑resolution H.265 stream and a secondary lower‑resolution H.264 sub‑stream simultaneously, which is a standard requirement for networked surveillance cameras.

  4. How does the V533's single‑core Cortex‑A7 compare to multi‑core vision processors? Is it powerful enough?
    A single Cortex‑A7 at 1.0 GHz is more than sufficient for dedicated vision tasks when paired with hardware accelerators. The heavy lifting—video encoding, image signal processing, and motion detection—is handled by fixed‑function hardware blocks, not the CPU. The A7 core runs the lightweight operating system (Linux), manages network communication, and executes user applications. This keeps power consumption low while maintaining real‑time performance.

  5. What camera interfaces and image signal processing does the V533 provide?
    The V533 integrates a parallel CSI interface and an Image Signal Processor (ISP) capable of handling up to 5 MP sensors. The ISP includes advanced features like 2‑frame HDR, 3D noise reduction, lens shading correction, and defective‑pixel correction. This means the chip can take raw sensor data and output a clean, color‑corrected image ready for encoding, all without external ISP chips.

  6. Can the V533 run AI or neural‑network inference for smart vision applications?
    The V533 does not have a dedicated NPU, but its Cortex‑A7 core can run lightweight AI inference using optimized libraries. For simple tasks like motion detection, basic object classification, or human presence detection, the CPU is adequate. For heavier AI workloads (face recognition, complex object detection), Allwinner's V-series chips with built‑in NPUs (like the V833) are recommended.

  7. What memory configuration does the V533 support, and is it suitable for battery‑powered devices?
    The V533 supports DDR3/DDR3L/LPDDR3 memory, typically configured with 512 MB or 1 GB. The chip is fabricated on a low‑power process and, combined with efficient hardware encoding, consumes only 1‑2 W during video capture and encoding. This makes it highly suitable for battery‑powered cameras, solar‑powered monitoring stations, and portable recording devices where every watt matters.

  8. What is the advantage of the TFBGA‑273 package for this vision SoC?
    The TFBGA‑273 package measures only 12 mm × 12 mm, allowing camera module designers to create extremely compact PCBs. Despite the small size, the package provides enough I/O for a parallel camera interface, Ethernet, USB, SD card, and audio input/output. The BGA package also offers good thermal performance and is fully compatible with standard SMT reflow assembly.

  9. What development tools and SDK does Allwinner provide for the V533?
    Allwinner provides a Linux SDK based on the Buildroot or Yocto framework, including the U‑Boot bootloader, Linux kernel (with camera and codec drivers), and a cross‑compilation toolchain. The SDK includes sample applications for video capture, H.265 encoding, and RTSP streaming. Third‑party frameworks like Live555 and FFmpeg are commonly ported to the V533 for rapid application development.

  10. What are the most typical applications for the Allwinner V533 vision SoC?
    It is widely used in IP cameras, dashcams, video doorbells, baby monitors, wildlife cameras, and industrial inspection systems. Its combination of H.265 encoding, low power consumption, and small footprint makes it an ideal choice for any embedded vision product where efficient compression and compact hardware are key requirements.

Model:
V533
Brand:
Allwinner
Package:
TFBGA-273
CPU:
Single-core ARM Cortex-A7 @ 1.0GHz
NPU:
0.4 TOPS
ISP:
Next‑gen ISP
Video Encoding:
H.264/H.265, up to 1080p@30fps + 1080p@30fps dual‑stream
Video Decoding:
H.264, up to 1080p@30fps
Camera Interface:
10/12/16‑bit parallel DVP
Operating Temperature:
-20℃ to +85℃
Applications:
Security surveillance, IP cameras, dashcams, action cameras, body‑worn cameras, video doorbells
Recent Reviews
+

Best-Selling Electronic Components

    Popular Modules

      Smart Hardware Solutions

        loupe
        Your cart is currently empty.

        Your cart is currently empty.