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Shenzhen Ofeixin Technology Co., Ltd
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Your Professional & Reliable Partner.
QOGRISYS is professionally committed to providing customers with complete IoT connection solutions.The company focuses on the communication industry. After years of industry market and customer service experience, it has the courage to face extreme technical challenges and help customers solve difficulties. The company has high-quality supporting resources from broadband short-range wireless connection, wide area network cellular communication to deep vertical integration industry, providing ...
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Year Established

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Million+
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Million+
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Million+
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Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
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Internal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
China Shenzhen Ofeixin Technology Co., Ltd MANUFACTURING
Advanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
China Shenzhen Ofeixin Technology Co., Ltd 100% SERVICE
Bulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.

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Say Goodbye to Lag! This High-Tech Module O9201SB Revolutionizes Home Entertainment with a Full-Scale Upgrade!
It’s late at night, and you’re deep into your favorite show when suddenly, the screen freezes into a slideshow. The whole family is fighting for bandwidth, and your game’s latency is skyrocketing. Are these frustrating network issues disrupting your smart home experience? Don’t worry! Qogrisys has developed a cutting-edge module equipped with **Wi-Fi 6 + BT5.4**—O9201SB—that is quietly revolutionizing the set-top box industry with an unparalleled "experience upgrade"! 1. The Pain Points of Home Entertainment: Is Your Set-Top Box Truly "Smart"? With the rise of 4K/8K ultra-high-definition videos, cloud gaming, and smart home devices, home networks are under immense pressure: "One Network, Multiple Devices" Leads to Lag**: When the TV, phone, tablet, and smart speaker are all online, Wi-Fi 4/5 simply can’t keep up!   High-Definition Videos Turn into "Mosaic"**: 8K video requires over 100Mbps bandwidth per second, and traditional modules struggle to deliver.   High Costs of Core Chips**: Customization is complex and expensive, leaving manufacturers frustrated.   2. Introducing O9201SB: Wi-Fi 6 + BT5.4 Redefines "Smooth" 1. Speed Boost: Instant 8K Video Streaming Dual-Band Simultaneous Technology**: 2.4GHz for stable wall penetration, 5GHz for blazing-fast speeds, with 2T2R rates up to 1200Mbps. 8K videos load instantly, with zero buffering when dragging the progress bar! MU-MIMO + OFDMA**: Multiple devices can connect simultaneously without competing for bandwidth. 2. Bluetooth 5.4: Unlocking New Smart Possibilities Bluetooth Remote Control with Instant Response**: Enjoy more sensitive voice control and seamless operation. Connect External Speakers and Game Controllers with Zero Latency**: Dive into a fully immersive gaming and entertainment experience.   3. Leading Technology + High-Level Service: A Win-Win for Manufacturers and Users 1. Self-Reliant and Secure, Ensuring Complete Safety Chips comply with international technical standards, ensuring stability and security. Data encryption + localized servers provide comprehensive privacy protection. 2. Flexible Customization, Rapid Response A professional R&D team supports "deep adaptation," completing customization from design to mass production in just 30 days. An optimized supply chain reduces costs by 20% and shortens delivery cycles by 50%.   4. The Future is Here: Seizing the "Golden Gateway" to Smart Homes For users, O9201SB offers a seamless and smooth experience upgrade. For manufacturers, it’s a powerful tool for reducing costs and increasing efficiency. Set-top boxes equipped with this module can not only become the center of home entertainment but also integrate seamlessly with smart home appliances, transforming into a smart control hub. This positions them to capture the core gateway to the trillion-dollar smart home market!     From "usable" to "excellent," and from technological dependence to technological leadership, the O9201SB module developed by Qogrisys is rewriting the rules of the set-top box industry with its outstanding performance and high-level service. Choosing O9201SB isn’t just choosing a module—it’s choosing a future-oriented "experience revolution."  
O9201UB Current State of the Projector Industry: Wireless Connectivity Pain Points Need Urgent Breakthrough
As smart projectors become increasingly common today, user demands for image quality and functionality are continuously increasing. However, the stability and speed of wireless connectivity have become bottlenecks hindering the upgrade of user experience: · 4K/8K Content Transmission Stuttering: High-resolution videos require extremely high bandwidth, and traditional Wi-Fi modules often suffer from delays and buffering in complex environments. · Severe Interference Among Multi-Devices: When projectors are connected simultaneously with multiple devices such as smartphones, tablets, and speakers, network congestion frequently leads to signal interruptions. · Poor Bluetooth Peripheral Experience: Older protocols suffer from high latency and weak anti-interference capabilities, resulting in unstable connections for wireless speakers, game controllers, and other devices. · Conflict Between Power Consumption and Heat Dissipation: High-speed transmission comes with high power consumption, affecting device battery life and even causing heat dissipation issues.       These pain points are undermining your brand's credibility I. O9201UB Module: The "Wireless Heart" Designed for Projectors QOGRISYS has been deeply involved in wireless communication for 12 years. The Wi-Fi 6 + Bluetooth 5.4 dual-mode module O9201UB is designed with four core advantages to restructure the wireless experience in projection scenarios: 1. Wi-Fi 6 Ultra-Speed Transmission, 4K/8K Smooth and Uninterrupted Infinity · Dual-Band Simaltaneous, Smart Switching: 2.4GHz offers strong wall-penetration capabilities, The speed can be up to 1200Mbps while 5GHz, supporting 2T2R DBAC and 1T1R DBDC mode, allowing simultaneous use of different frequency bands for internet access and screen casting, say goodbye to stuttering. · MU-MIMO + OFDMA Technology: Supports high-speed transmission among multiple devices simultaneously, ensuring stable and smooth projection even when multiple users share the network. · Beamforming Technology: Accurately locates device positions, enhances signal strength dynamically, and eliminates projection dead zones, ensuring full signal coverage whether in the living room or conference   ② Bluetooth 5.4 + Low Latency, "Zero Perception" Audio-Video Synchronization · 2Mbps High-Speed Bluetooth: Wireless speakers/headphones’ latency as low as 28ms (industry average : 50ms), delivering concert-like audio effects with "audio-video synchronization." · AFH Anti-Interference Technology: Automatically avoids congested 2.4G channels, allowing multiple devices (remote control + microphone + speakers) to coexist without interference, enabling "instant response" for voice control. · HCI Technology: Provides an intermediate reserve, compatible across kernel versions; USB interface can also connect to Bluetooth speakers, offering premium voice effects, saving debugging time, and reducing pin usage in PCM interface   ③ Compact Size + Low Power Consumption, Greater Design Freedom · Compact Dimension: Ultra-small size of 15×13×2.3mm, suitable for ultra-thin projector designs, saving internal space. · Smart Power Management: Wi-Fi + Bluetooth collaborative power consumption reduced by 20%, extending built-in battery projector runtime by 1.5 hours, ensuring uninterrupted during outdoor campin   4. Flexible Adaptation, Easy Integration · USB 2.0 Interface: Compatible with mainstream projector models, reducing development costs for manufacturers. · Multiple Certifications: Supports WPA3 encryption, BLE Audio, and other standards, ensuring data security and compatibility. ​​II.Seize the New Blue Ocean of "Wireless Projection" Now! The global smart projector market exceeds $80 billion by 2025, with wireless experience becoming a core decision-making factor for users. Projectors equipped with O9201UB are not just "viewing tools" but also home entertainment hubs, business collaboration centers, and smart home gateways. Home Entertainment Scenarios: Wireless game screen casting: Supports 4K@60fps low-latency transmission, paired with immersive Bluetooth speakers. Smart home integration: Direct Wi-Fi connection to control screens/lights, creating an immersive theater system. Business Office Scenarios: Multi-device wireless screen sharing among multiple-devices:Support demonstrations from multiple terminals, improving meeting efficiency by 50%. Remote collaboration optimization: QoS intelligent bandwidth allocation ensures video conferences stable Educational Scenarios: Online classroom assurance: Anti-interference design ensures 4K courseware display smooth. Interactive teaching support: Bluetooth microphone latency < 30ms, enabling zero-lag teacher-student interaction. III.Choosing O9201UB Means You Gain More Than Just a Module ▶Advanced Technology, Performance Benchmark: Based on IEEE 802.11ax and Bluetooth 5.4 protocols, performance surpasses traditional modules completely. ▶ Service Assurance: 7x24 technical support, providing "module + driver + scenario optimization" comprehensive services. ▶ Ecosystem Collaboration, Expanding Scenarios: Beyond projectors, it can integrate with smart home devices (e.g., lights, screens), helping projectors upgrade into smart control hubs. Conclusion: The Future of Wireless Projection is Defined by You! The O9201UB module, with its core advantages of "fast, stable, and efficient," provides the ultimate wireless connectivity solution for the projector industry. Whether it's the home theater’s ultimate experience or efficient business collaboration, it can be handled easily. QOGRISYS is ready to collaborate with you, driving industry transformation through technological innovation, and making every projector a gateway to "wireless freedom"!
Qualcomm Launches a New Generation of Full-Stack Robotics Technologies, Accelerating the Adoption of Physical AI for Home and Humanoid Robots
At the recently concluded CES, a clear consensus emerged: Robots are no longer mere “concept demonstrations” of technology, but are rapidly becoming intelligent productivity tools capable of large-scale deployment.   Chip and platform vendors represented by Qualcomm are reshaping robot architectures through “Physical Artificial Intelligence (Physical AI)” — spanning computing, perception, decision-making, communication, and collaboration to form truly end-to-end system capabilities. This transformation enables robots to continuously learn, understand their environments, and make autonomous decisions, covering a wide range of form factors from personal service robots and logistics or retail AMRs to full-size humanoid robots.   From “Point Intelligence” to “System-Level Intelligence”   The core of next-generation robot architectures is no longer the simple stacking of computing power, but system-level collaboration that combines high performance, low power consumption, and strong connectivity.   The latest robot platforms showcased at CES commonly feature: - High-efficiency computing architectures optimized for edge AI - Heterogeneous computing capabilities supporting complex perception and motion planning - Industrial-grade safety, reliability, and real-time design - Open software stacks capable of working with large models (VLA / VLM)   These architectural changes allow robots to evolve from passively executing commands into intelligent agents capable of understanding, reasoning, and decision-making, accelerating deployment across manufacturing, logistics, warehousing, and service scenarios.   A Key Bottleneck in Large-Scale Robot Deployment Is Being Underestimated   As computing platforms and AI capabilities mature, connectivity is becoming one of the decisive factors determining whether robots are truly usable in real-world environments.   Whether humanoid robots or AMRs, real deployments impose unprecedented requirements on wireless connectivity: - Ultra-low latency for real-time perception, remote collaboration, and cloud-edge coordination - Ultra-high bandwidth for multi-channel vision, radar, and sensor data transmission - High reliability for stable communication in complex industrial environments - Multi-device concurrency for robot fleet coordination and scheduling   This means traditional Wi-Fi solutions are approaching their limits. Next-generation robots require future-oriented connectivity technologies as their “neural network.”   Wi-Fi 7 Is Becoming a Standard Capability for Next-Generation Robots   Across multiple robot demonstrations at CES, Wi-Fi 7 (802.11be) was frequently highlighted. Compared with previous standards, Wi-Fi 7 offers particularly significant value for robotic applications: - 320 MHz ultra-wide bandwidth for high-throughput data transmission - Multi-Link Operation (MLO) to significantly reduce latency and jitter - Higher-order modulation (4K QAM) to improve spectral efficiency - Better suitability for high-density industrial and commercial environments with many devices online simultaneously   Wi-Fi 7 is not merely a speed upgrade — it is a connectivity foundation purpose-built for the Physical AI era.   From Computing to Connectivity, Truly Complete Robot Systems Are Just Taking Shape   As high-performance robot processors mature and ecosystem partners continue to join, the robotics industry is entering a new phase — transitioning from “working prototypes” to “replicable and scalable intelligent systems.”   In this process, whoever can first provide mature, stable, and mass-producible next-generation communication modules will occupy a critical position in the robotics value chain.   Building Truly Deployable Wi-Fi 7 Connectivity for the Next Generation of Robots   Against this industry backdrop, QOGRISYS has launched the O2072PM Wi-Fi 7 communication module.   O2072PM is a Wi-Fi 7 + Bluetooth 6.0 tri-band 2×2 MIMO module designed for high-end robots, industrial equipment, and intelligent terminals. It supports 2.4 / 5 / 6 GHz bands with up to 320 MHz bandwidth across all bands and delivers peak data rates of up to 5.8 Gbps, meeting stringent requirements for multi-sensor fusion, high-definition video transmission, and low-latency control.   More importantly, in the Chinese market, QOGRISYS is one of the pioneers in the Wi-Fi 7 module space. Only a handful of vendors truly possess comprehensive Wi-Fi 7 engineering capabilities, mass-production readiness, and real-world deployment experience — and QOGRISYS has already taken the lead by bridging the gap from solutions to modules, and from laboratories to real application scenarios.   As robots move beyond exhibition halls into the real world, stable, high-performance, and future-ready connectivity will become indispensable infrastructure. O2072PM is the connectivity module built for this era.  

2026

01/15

Qualcomm Completes Acquisition of Ventana, Accelerating RISC-V Ecosystem Layout
  On December 10, Qualcomm announced the completion of its acquisition of Ventana Micro Systems, further strengthening its technological footprint in the RISC-V architecture and high-performance computing fields. The global leading chip and wireless connectivity platform supplier Qualcomm announced it has officially completed the acquisition of Ventana Micro Systems. As a leader specializing in high-performance RISC-V architecture, the addition of Ventana will significantly enhance Qualcomm's computing power layout for the AI era, heterogeneous computing architecture design capabilities, and open ecosystem building capabilities, providing a stronger underlying foundation for future smart terminals, industrial equipment, and edge computing systems. Architecture Capabilities, Accelerating Heterogeneous Computing Innovation As demands for AI inference, local computing, security isolation, and low-power processing continue to rise, the requirements for CPU scalability and energy efficiency in terminal devices are constantly increasing. Ventana specializes in scalable RISC-V compute chiplets, and its team is deeply involved in advancing open instruction set standards, which will provide Qualcomm's Oryon CPU architecture with further room for architectural innovation. Qualcomm stated that the new team will collaborate with the existing CPU R&D department to promote the development of more versatile, efficient, and open processor capabilities for future mobile terminals, XR, automotive electronics, industrial equipment, and AI edge nodes. Enhancing System-Level Design Capabilities, Expanding Future SoC Product Roadmap With the integration of Ventana's technology, Qualcomm's future SoC architectures will possess stronger modular expansion capabilities, enabling more efficient coordination among processors, DSPs, AI engines, and connectivity subsystems. The company stated that this move will significantly enhance its competitiveness in fields such as data center edge, industrial control, and high-efficiency computing, and will attract more partners through a more open RISC-V ecosystem, promoting the standardization of next-generation system platforms Driving Industry Collaboration with an Open Ecosystem, Providing More Flexible Technological Paths for Terminal Devices Ventana's entry not only completes a key piece of Qualcomm's puzzle in the RISC-V ecosystem but also means that future OEMs, ODMs, and IoT device manufacturers will have access to more open and customizable reference architectures. With more controllable core IP, a more transparent ecosystem model, and a more efficient computing power structure, Qualcomm hopes this strategic move will accelerate the iteration of various smart devices in terms of security, energy efficiency, and local intelligent processing. Integrating Industry Chain Innovation, Accelerating Next-Generation Wireless Terminal Development As computing power and architectural capabilities improve, the demand for wireless connectivity in next-generation terminals is also upgrading. To ensure stable device performance in high-density, low-latency, multi-link environments, QOGRISYS has launched the O2072PM tri-band Wi-Fi 7 + Bluetooth 6.0 module based on the Qualcomm platform. This module features deep optimizations on 320MHz, 4K QAM, eMLSR multi-link, and Qualcomm's advanced RF architecture, enabling more reliable high-bandwidth connections in homes, industrial settings, campuses, and smart devices. With its compact packaging and PCIe design, the O2072PM provides terminal manufacturers with a quickly mass-producible, stable-performance, future-ready Wi-Fi 7 connectivity foundation.  

2025

12/25

LitePoint 2025: Driving Next-Generation Wireless Innovation with Wi-Fi 8 and Optical Communication Testing
Amid accelerating convergence between AI and wireless technologies, LitePoint hosted its annual technical seminar in Hsinchu and Taipei in September 2025 under the theme “Intelligent Connectivity Without Boundaries: Test-Driven Innovation.” As a global leader in wireless test solutions, LitePoint highlighted key challenges of the multi-technology era and showcased advances in Wi-Fi 8, 5G RedCap, Bluetooth 6.0, UWB, and optical communication testing. Figure 1. Glenn Farris, Global Vice President of Sales, LitePoint   Multi-Technology Convergence as a Core Industry Trend The event began with remarks from Glenn Farris, LitePoint’s Vice President of Global Sales, who emphasized that expanding wireless applications and increasingly complex deployment environments are placing higher demands on testing systems. Adam Smith, Vice President of Marketing, noted that AI-driven wireless innovation is moving toward multi-technology collaboration, where 5G RedCap, Wi-Fi, Bluetooth, and UWB will coexist and complement one another. Security, stability, and interference resistance will be essential competitive factors for future devices.   Smith added that while 6G development remains cautious, 5G FWA is rapidly expanding globally. Meanwhile, mid- and high-end devices are upgrading to Wi-Fi 7, laying the foundation for Wi-Fi 8. Wireless experience metrics will shift from being speed-centric to prioritizing low latency, high reliability, and coordinated multi-device operation.   Wi-Fi 8: From High Speed to High Reliability A MediaTek representative detailed four major enhancements coming with Wi-Fi 8: Enhanced Long Range (ELR), Coordinated Spatial Reuse (Co-SR), Dynamic Subchannel Operation (DSO), and Non-Primary Channel Access (NPCA). These features aim to strengthen Wi-Fi performance in crowded, high-interference environments. ELR improves connectivity at greater distances; Co-SR enhances efficiency in multi-router Mesh deployments; and NPCA improves link stability under heavy interference. MediaTek expects Wi-Fi 8 to become foundational for home, enterprise, and industrial scenarios, supported by LitePoint’s comprehensive testing ecosystem.   Optical Communication and CPO Rising AI compute demands are accelerating bandwidth growth in data centers, making optical communication a key topic at the seminar. Quantifi Photonics presented parallel testing solutions for silicon photonics and co-packaged optics (CPO). With 800 Gbps and 1.6 Tbps modules entering mass production, full-chain testing from wafer to finished system is becoming increasingly critical. Quantifi demonstrated multi-channel automated testing on a PXI platform, emphasizing its importance for large-scale optical module manufacturing.   Bluetooth 6.0, UWB, and RedCap: Joint Evolution of Multi-Radio Technologies The seminar also highlighted advancements in Bluetooth 6.0, UWB 802.15.4ab, and 5G RedCap. Bluetooth 6.0 enables sub-meter precision for tracking and indoor navigation; UWB’s new narrowband auxiliary link enhances long-distance stability; and 5G RedCap/eRedCap supports wider IoT adoption with lower power consumption and costs. LitePoint’s IQxel, IQgig, and IQcell platforms support comprehensive testing for these technologies. Figure 2. Zhiwei Huang, Deputy Director of Applications Engineering, LitePoint   IIoT and Edge AI: New Opportunities Through Industry Collaboration A roundtable discussion explored the integration of IIoT and edge AI. Experts noted that high-reliability wireless connectivity is becoming essential for AMR robots, smart warehousing, medical systems, and urban infrastructure. Wi-Fi 7, 5G RedCap, GNSS, and UWB together form the communication backbone for next-generation intelligent devices. Mature testing platforms will be key to enabling large-scale deployment.   As multi-technology collaboration deepens, wireless capability is becoming a core device attribute. Whether it is Wi-Fi 8’s high reliability or Wi-Fi 7’s rapid adoption, the ability of devices to evolve with network upgrades will be crucial. Device manufacturers are now asking: in complex, high-concurrency environments, what wireless foundation is needed for devices to fully leverage next-generation networks?   QOGRISYS is advancing its Wi-Fi 7 module development using LitePoint’s MX Wi-Fi 7 test platform. The new O2072PM and O2072PB tri-band Wi-Fi 7 + Bluetooth 6.0 modules provide optimized 320 MHz bandwidth, eMLSR multi-link performance, 4K QAM, and CSI sensing. These features enhance performance in high-density and low-latency environments. With a compact design and PCIe interface, O2072PM integrates easily into smart devices, industrial equipment, and IoT nodes, providing a strong foundation for the transition into the Wi-Fi 7 era.    

2025

12/22