Bluetooth Low Energy (BLE) 4.2 and 5 Solution

  • BLE is one of the key enabling technologies for short range wireless IoT applications and wearable electronics. BLE 4.2 release is a significant upgrade incorporating connectivity, security, speed and reliability.  BLE 5 is the latest version of the core specification. The new specification will quadruple the range, double the speed and increase data broadcasting capacity by 800%.

     

    We Offer

    • RF Transceiver
    • Digital Baseband
    • Analog and Digital Peripherals

     

    Key Specification

      BLE 4.2 BLE 5
    Rx Sensitivity -94dBm -104dBm
    Tx Output Power +4dBm +20dBm
    Power Consumption 9mW (RX)
    10mW (TX @0dBm)

     

    BLE Architecture
    BLE Architecture

    Narrowband Internet of Things (NB-IoT)

  • NB-IoT applications and advantages

     

    ASTRI provides highly integrated NB-IoT solution including RF transceiver, baseband and System-on-Chip for terminals and sensor nodes.

     

    NB-IoT is a new global standard based on public and spectrum-licensed mobile operators’ networks. It is a wide area wireless technology which enables ubiquitous connections. Anything can be connected to the network from anywhere, regardless of its distance.

     

    NB-IoT is a part of the global 3GPP Release 13 standard published in June 2016 optimized for Low Power Wide Area (LPWA) applications with the following advantages:

    • Low Power → Battery life up to 10 years
    • Low Cost → Cheap enough to be deployed in mass-scale
    • Enhanced Coverage → Covers highly shadowed environments
    • Massive Deployment → Billions of connections

     

    NB-IoT supports a wide variety of applications across many different industries such as:

    • Smart Cities: Streetlights, parking, connected cars, waste management
    • Smart Metering: Water metering, gas metering, electrical metering
    • Smart Building: Alarm system, access control, HVAC control
    • Environmental Monitoring: Pollution monitoring
    • Intelligent Manufacturing: Industrial control, supply chain orchestration
    • Consumer Electronics: Wearable electronics, tracking goods, white goods

    ASTRI Visually Enhanced Ultra Hi-Def Technology

  • Overview

    ASTRI’s Visually Enhanced Ultra Hi-Def (VEUHD) technology converts and polishes the input full HD video to high-quality 4K format video signal for 4KTV panels. Based on technologies such as Super-resolution (SR) and Human Visual System (HVS) models, it optimises the resolution, colour and depth sense and enhances viewers’ visual experience. ASTRI’s solution supports low latency real time conversion in FPGA/ASIC realisation, and high speed off-line content making in software implementation.

    Feature Highlights

    Super-resolution

    Input HD (1080p) video is converted to 4K (2160p) by super-resolution. Our innovative and world-class algorithm analyses the video content, removes jaggy and halo artifacts, and brings out details that are optimal for visual experience.

    Enhancement

    Enhancement is done once the image is converted to the desired resolution format. Our technology adaptively improves the local contrast, makes the colours more vivid, and creates a greater sense of depth.

    • Noise reduction
    VEHUD reduces sensor noise as well as blocking and mosquito artifacts from codec and preserves noise-like image details at the same time.

    VEUHD_Datasheet_Fig1

    VEUHD_Datasheet_Fig2

    Input Video Formats

    1080p
    RGB 8-bit, YUV

    Output Video Formats

    2160p
    RGB 10-bit, YUV

    Applications

    4KTV, set-top box (STB), Software solutions

    Technology Licensing

    The Real-time VEUHD technology can be licensed to industrial partners in forms of algorithm, FPGA or hardware module. Alternatively, it can be licensed as soft or hard silicon IP and integrated into any self-developed IC.

     

    Hardware Accelerated 3D Conversion System

  • Overview

    ASTRI’s hardware accelerated 3D conversion system is equipped with a PCIe FPGA-based hardware accelerator. It can expedite video conversion from 2D to 3D and enhance the resolution to UHD (3840×2160), creating refined 3D images of professional quality. This system is designed for medium to large sized production or conversion studios to accelerate the 3D video conversion or post-production processes and shorten the post-processing time to market. Its user interface is based on a professional video compositing software, Adobe After Effects, with a ASTRI-developed plug-in for the communication with the hardware accelerator.

    icdd-video1

    Key Features
    • Automatic high accuracy depth map estimation can be achieved in most cases
    • Supports key frame insertion, allows manual intervention for complex scenes, supports a wide range of 3D output formats
    • Stereoscopic 3D: side-by-side, up-and-bottom, 2D-plus-depth
    • Autostereoscopic 3D: Multiview 3D with unlimited number of views for lenticular lens or parallax barrier
    • Supports up-conversion to UHD (3840×2160) @30Hz
    • Further enhances 3D quality based on the generated depth map, manual rotoscoping or post-processing in Adobe After EffectsInstant preview via HDMI output port from hardware accelerator board or graphic card
    • Hardware acceleration up to 6 times

    Hardware and Software Requirements
    • Windows 7 64-bit OS
    • At least 8GB of RAM
    • 512 GB high speed harddisk or SSD for output storage
    • Graphic card with HDMI (v1.4) for an output video resolution up to 4096×2160
    • Adobe After Effects version CS5.5 or above
    • One PCIe x4 slot for the hardware accelerator

    icdd-video3

    Technology Licensing 

    The hardware accelerated 3D conversion system can be licensed to industrial partners in forms of algorithm, software plug-in, FPGA IC or hardware module.