We are a professional manufacturer for RockChip RK3588 AI edge computing boxes, delivering high‑performance edge‑AI terminal hardware to system integrators, AI solution providers, smart‑retail operators, smart‑city contractors and global enterprise customers. As artificial intelligence applications keep migrating from cloud servers toward local edge‑side deployment, businesses demand stable on‑site inference hardware that reduces cloud bandwidth consumption, lowers latency and preserves data privacy. As a trusted RockChip RK3588 AI edge computing boxes manufacturer, we combine Rockchip flagship RK3588 system‑on‑chip with our mature OEM‑ODM engineering workflow to produce configurable edge computing terminals for diverse real‑world business projects. Discover our full hardware portfolio and customization capacities at RockChip RK3588 AI edge computing boxes. Unlike ordinary consumer TV boxes limited to media playback, RockChip RK3588 AI edge computing boxes are purpose‑built for multi‑channel video processing, local neural‑network inference and long‑term unattended industrial‑level continuous operation.
The core of this edge‑AI terminal is Rockchip RK3588 octa‑core SoC adopting advanced 8nm manufacturing process, featuring 4×Cortex‑A76 high‑performance cores plus 4×Cortex‑A55 energy‑efficient cores. The integrated Mali‑G610 GPU delivers powerful graphic rendering capability for complex UI visualization, multi‑window split‑screen display and hardware‑accelerated graphics computation. Its built‑in independent NPU reaches up to 6 TOPS INT8 computing power, supporting INT4, INT8, INT16, FP16 and BF16 computation precisions, which empowers multiple common AI tasks such as target object detection, image classification, human‑body pose estimation, face recognition, anomaly detection and lightweight local LLM reasoning. Running AI inference locally on‑device avoids round‑trip cloud transmission delay and prevents sensitive onsite image data from uploading to public cloud servers, greatly enhancing data security for retail, factory and public‑scenario deployments.
Multimedia processing capability represents another key advantage for RockChip RK3588 AI edge computing boxes. This chip supports hardware decoding of 8K@60fps H.265, VP9 and AV1 streams, and simultaneously processes multiple 4K video input streams from USB cameras, IP cameras and HDMI‑in sources. For smart retail, industrial visual inspection and traffic‑monitoring projects, multi‑channel parallel video analysis is essential. Memory and storage configurations are fully configurable for business‑oriented orders. Standard options include 8GB /16GB LPDDR4X high‑speed RAM and 64GB /128GB /256GB eMMC storage; users can further expand capacity via M.2 SSD slot for large‑scale local model weight files and video snapshot cache. Sufficient RAM resource prevents system resource exhaustion under multi‑task AI inference workload, avoiding service crash during 7×24‑hour unattended running.
Rich peripheral interfaces make RockChip RK3588 AI edge computing boxes adapt to complicated field deployment environments. It provides Gigabit Ethernet (2‑port optional for network isolation), dual‑band Wi‑Fi 6 and Bluetooth 5.3 for flexible wired or wireless network access. Multiple USB3.0 and USB2.0 ports connect external USB cameras, sensors and peripheral modules; optional HDMI‑IN captures external video signal sources, while multi‑channel HDMI‑OUT drives several display terminals simultaneously. GPIO, UART and I2C expansion headers are reserved for connecting relay modules, status LED indicators and various industrial sensors. Metal enclosure with optimized thermal‑dissipation structure is adopted as the preferred housing solution. Effective heat sink design controls chip temperature under heavy‑load AI inference, avoiding thermal throttling and performance drop caused by long‑time full‑load computation, which frequently occurs on low‑cost consumer‑grade boxes.
As an experienced RockChip RK3588 AI edge computing boxes manufacturer, we recognize enterprise customers focus not merely on raw hardware specifications, but also on complete software stack and developer‑friendly documents for secondary development. Our edge boxes support multiple mainstream operating systems including Android 12+, Debian Linux and Ubuntu. We can supply official Rockchip BSP source code packages, NPU SDK, model conversion toolchains, driver documents and sample demo code, allowing engineering teams to deploy custom trained AI models onto local NPU for inference without complicated adaptation work. Developers can directly call NPU‑accelerated interfaces, operate GPIO hardware pins, read sensor data and build their own edge‑AI application workflow.
A full set of firmware‑level customization services are available for business clients. Available software modifications contain custom boot logo, boot‑up animation, tailored system launcher UI, pre‑installation of customer AI application as system service, automatic startup of designated AI program after power‑on, watchdog auto‑recovery mechanism for crash self‑healing, and disabling redundant background services to free CPU‑NPU computing resources for core AI tasks. For unattended field deployment, power‑loss auto‑boot function is configurable; hardware RTC with replaceable backup battery preserves system date‑time information even when the device is fully powered‑off and disconnected from internet NTP server. Remote diagnostics and OTA firmware update mechanism supports remote algorithm iteration and system maintenance for large‑scale distributed equipment fleet, cutting on‑site manual maintenance cost significantly. You may explore more of our industrial edge‑AI hardware selections on our official portal at RockChip RK3588 AI edge computing boxes.
Our comprehensive OEM‑ODM workflow covers PCBA layout fine‑tuning, metal housing dimension and surface‑finish customization, interface definition adjustment, laser‑engraved brand logo on casing, remote‑controller custom‑printing and exclusive color‑box packaging. Before mass‑production release, engineering prototype samples are delivered for full‑item validation: long‑duration full‑load AI aging test, multi‑stream video stability verification, repeated power‑cycle recovery test, RTC offline time‑retention test and OTA upgrade‑rollback validation. Following strict project‑management rules, any hardware, PCB or firmware revision requires written buyer approval and formal golden‑sample validation before volume manufacturing. Controlled BOM management prevents unapproved component substitution risks, ensuring every mass‑production batch keeps component‑model consistency with the confirmed golden‑sample prototypes.
Retail chains deploy RockChip RK3588 AI edge computing boxes for customer‑flow statistics, crowd‑density analysis, shelf‑goods‑missing detection and customer‑behavior identification. All AI analysis runs locally on edge hardware, without transmitting shopper image data to cloud servers, complying with global personal‑data‑protection regulations. The edge box works 24‑7 inside shopping malls and convenience‑store environments, outputting structured statistical results for retail operation management systems.
Manufacturing factories utilize this edge‑AI hardware for product‑surface defect detection, equipment‑abnormal‑state identification and workshop safety‑compliance monitoring such as helmet‑wearing detection. Multi‑camera video streams are processed locally, realizing real‑time early‑warning alerts. Rich industrial‑expansion interfaces connect photoelectric sensors and alarm modules, building lightweight on‑site intelligent inspection solutions without expensive industrial‑PC investment.
For community security monitoring, road auxiliary‑traffic analysis and park public‑safety projects, RockChip RK3588 AI edge computing boxes analyze IP‑camera video feeds at edge side, completing vehicle‑identification, pedestrian detection and abnormal‑event snapshot. Local inference lowers cloud bandwidth pressure and guarantees continuous analysis even under temporary network‑outage conditions.
Research laboratories, universities and AI startups adopt these edge boxes as low‑cost algorithm‑verification hardware. Developers can validate object‑detection, segmentation and lightweight large‑language‑model deployment before migrating algorithms to large‑scale commercial edge‑device fleets.
We are a professional manufacturer for RockChip RK3588 AI edge computing boxes executing strict IQC‑IPQC‑FQC full‑process quality‑control workflow. Every finished unit undergoes multi‑hour full‑load AI aging test, multi‑stream video‑stability test, interface function test and high‑low‑temperature reliability test before shipment. Our hardware complies with CE, FCC, RoHS international certification standards to satisfy import requirements for European, North‑American, Southeast‑Asian and Middle‑East markets. Our factory owns over 13‑years experience in smart‑terminal OEM‑ODM manufacturing, with standardized SMT‑production‑lines and independent R&D engineering team. Monthly production capacity supports small‑batch prototype trial orders as well as large‑volume mass‑production deliveries. Sample service is available; sample fee can be fully refunded once formal bulk order is placed. Sample preparation lead‑time is 2‑4 working days after project technical specifications are locked, international express shipping needs extra 3‑6 working days.
RockChip RK3588 AI edge computing boxes bring balanced high NPU inference performance, abundant peripheral expandability and complete software‑development support for enterprise‑grade edge‑AI business projects. Benefiting from 8‑nm RK3588 octa‑core processor, up to 6TOPS NPU computing power, multi‑channel 8K video hardware processing capability, metal industrial‑grade thermal‑dissipation housing and comprehensive OEM‑ODM customization capacity, RockChip RK3588 AI edge computing boxes fit smart retail, industrial visual inspection, smart‑city monitoring and algorithm‑research‑platform scenarios perfectly. If you are sourcing a reliable RockChip RK3588 AI edge computing boxes manufacturer for your upcoming edge‑AI OEM‑ODM project, please connect with our sales‑engineering team to submit detailed functional requirements and receive tailored quotation, sample arrangement and complete project‑implementation roadmap. Each project communication covers hardware spec‑sheet, BSP & SDK deliverable checklist, NRE engineering expense, MOQ requirement and golden‑sample validation workflow, effectively mitigating potential risks before mass‑production investment.
As a specialized ott boxes manufacturer based in China, SunnyTV Technology focuses on industrial-grade design, R&D, and mass production for global business clients. We provide stable, reliable, and cost-effective device solutions for brand owners, distributors, and project contractors.
Our core product line includes a full series of ott boxes powered by mainstream chipsets. Each model is optimized for long-term use, low power consumption, and stable system performance, making them ideal for commercial deployment, hotel systems, streaming projects, and home entertainment.
We specialize in OEM & ODM services with full customization support. Our engineering team provides hardware configuration adjustment, case design, firmware development, boot animation customization, logo printing, and package design. We help clients build exclusive products with unique features and brand identity.
With standardized production lines and strict quality control, we ensure consistent performance and reliable delivery for bulk orders. We welcome long-term cooperation from brands, wholesalers, and system integrators around the world.
Yes, we can modify firmware including bootup logo, launcher, and UI. Our team of experienced engineers is well-versed in firmware customization. We understand the importance of tailoring the product to meet your specific branding and user experience requirements. We will work closely with you to ensure that the modifications are carried out precisely as per your specifications, providing you with a customized solution that sets your product apart from the competition.
Absolutely! You can install apps from the Google Play Store or other trusted sources, such as streaming apps like Netflix, Hulu, and YouTube.
Our IPTV boxes support a wide range of popular streaming protocols to meet diverse user needs. For live streaming, we support the RTP (Real - Time Transport Protocol) over multicast, which is widely used in IPTV systems for its ability to efficiently distribute video content to multiple users simultaneously, reducing the load on the server. It works in tandem with RTCP (Real - Time Control Protocol) for quality control and member management.
When it comes to on - demand services like video - on - demand and time - shifted media, we support RTSP (Real - Time Streaming Protocol). RTSP is used for controlling the streaming media, such as starting, pausing, and rewinding the media playback. It can operate on top of RTP for data transfer, and the data can be transmitted via UDP for lower - latency transmission or TCP for more reliable transfer in some cases.
In addition, considering the popularity of mobile and web - based viewing, our IPTV boxes also support HLS (HTTP Live Streaming). HLS is a HTTP - based adaptive bitrate streaming communications protocol developed by Apple. It's highly compatible with various devices and platforms, allowing users to smoothly stream content on their smartphones, tablets, and web browsers. This protocol segments the video into small chunks and delivers them over HTTP, which can adapt to different network bandwidth conditions to ensure a seamless viewing experience.
For a small order, it can start from 1 piece. For an OEM order, the minimum order quantity (MOQ) is 500 pieces.
We accept various payment methods, including PayPal and bank TT transfers.
Absolutely. Our proficient firmware development team has extensive experience in customizing TV box firmware. We can tailor the firmware according to your specific requirements, such as adding unique features, optimizing system performance, or adapting to specific hardware configurations.
1. PCBA Design
2. Housing Design
3. Firmware deeply development
Yes, our professional R & D team has rich experience in PCBA design. We are fully capable of customizing TV Box PCBA according to your specific requirements, including component selection, circuit layout, and functionality customization.
Our standard turnaround time for TV boxes orders is 1-3 business days. For OEM order, it depends on the requirement
Our Android TV boxes come with high - performance processors, large - capacity memory, support for 4K Ultra HD video playback, and access to a wide range of apps and streaming services.
