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SHANGHAI, Nov. 4, 2024 /PRNewswire/ -- As an authorized global distributor, Mouser Electronics, Inc. is focused on the rapid65 introduction of new products and technologies, giving customers an edge and helping speed time to market. Over 1,200 semiconductor and electronic component manufacturer brands count on Mouser to help them introduce their products into the global marketplace. Mouser's customers can expect 100% certified, genuine products that are fully traceable from each manufacturer. Last quarter, Mouser launched more than 6,500 part numbers ready for shipment. Some of the products introduced by Mouser from July through September include: onsemi NCx51152 Isolated Single Channel Gate DriversThe onsemi NCx51152 are single-channel gate drivers designed for fast switching to drive power MOSFETs and SiC MOSFET power switches. The feature 4.5-amp source and 9-amp sink peak currents while offering short and matched propagation delays. The onsemi NCx51152 gate drivers are available in a 4mm SOIC-8 package and support an isolation voltage of up to 3.75kVRMS. The NCV51152 variant is also AEC-Q100 qualified for automotive application requirements. Arduino Plug & Make Kit (AKX00069)The Plug & Make kit (AKX00069) from Arduino offers an easy, plug-and-play system to enable quick IoT projects. The kit includes the Arduino UNO Rev4 WiFi, seven Modulino nodes with Qwiic-compatible sensors and actuators, and accessories. Users can leverage the hardware with Arduino's intuitive software, app, and cloud technology. Monolithic Power Systems (MPS) MA600 Magnetic Angle Sensor The MA600 by MPS is a precision, high-bandwidth magnetic angle sensor that detects the absolute angular position of a permanent magnet, typically a diametrically magnetized cylinder on a rotating shaft. Integrated with a precision tunnel magnetoresistance (TMR) sensor, the MA600 achieves high bandwidth and high accuracy (INL), making it an ideal solution for position control and robotics. Basler dart M Board-Level Cameras with GigE Interface The dart M camera by Basler is a modular, board-level camera with a GigE interface and an optimum price/performance ratio. Users can pick the camera module, interface, and lens mount to put together a camera that is an exact fit for their application. The dart M cameras are ideal for industrial automation, robotics, and machine vision applications. To see more of the New Product Insider highlights, go to https://info.mouser.com/new_products/%20.
TAIPEI, Nov. 4, 2024 /PRNewswire/ -- On November 1, 2024, ARTERY Technology, in partnership with its Korean distributor IGM, successfully hosted the "2024 AT32 MCU Application Training" in Seoul. The event focused on the latest AT32 MCU series and development tools, featuring hands-on sessions that allowed participants to experience the outstanding performance and versatile application potential of the AT32 MCU series. ARTERY Technology is dedicated to advancing the 32-bit microcontroller market with its full range of AT32 MCUs, which are based on ARM® Cortex®-M4/M0+ architectures. These products have earned ISO 9001 quality management certification, AEC-Q100 automotive-grade reliability certification, and IEC 60730 home appliance functional safety certification. Known for high performance, precision, and stability, AT32 MCUs meet diverse market demands, covering a range of package sizes and various Flash and SRAM configurations. These MCUs are ideal for applications in industrial automation, IoT, smart homes, automotive, consumer electronics, and motor control. Since their debut in 2018, cumulative sales of AT32 MCUs have exceeded 100 million units, demonstrating their strong market presence. ARTERY Technology's 2024 AT32 MCU Training in Seoul, Korea During the event, participants had the opportunity to work with the AT-START-L021 development board based on the AT32L021 low-power microcontroller. Featuring the ARM® Cortex®-M0+ core with a frequency of up to 80 MHz, 64 KB of Flash, and 9 KB of SRAM, this low-power MCU also supports a wide range of peripherals, including CAN, USART, SPI, I²C, and a 12-bit ADC. Compatible with Arduino Uno R3 interfaces, the AT-START-L021 board also supports integrated development environments like Keil MDK, IAR EWARM, and AT32 IDE, providing engineers with a flexible and efficient platform for testing and development. ARTERY also highlighted its latest motor-specific MCU series, the AT32M412/M416, built on the M4 core. With a frequency of up to 180 MHz, floating-point unit (FPU) support, four operational amplifiers in PGA mode, two comparators, and two ADCs (18 external channels in total), these MCUs offer advanced capabilities for motor control applications. For communication, the AT32M412 supports CAN bus, while the M416 series is upgraded to CAN-FD, meeting higher communication demands and providing robust support for various motor control needs. The training session further explored BLDC and PMSM motor applications, focusing on FOC (Field-Oriented Control) technology in various sensor scenarios, including PMSM/BLDC FOC with Hall sensors, PMSM FOC with incremental encoders, and sensorless PMSM/BLDC FOC solutions. ARTERY's motor development ecosystem includes the AT-MOTOR-EVB development board, motor libraries, and a variety of motor control solutions. Integrated with AT-Link or third-party debugging tools, the ecosystem supports brushless DC, synchronous AC, and asynchronous motors. Additionally, a free motor monitoring GUI displays real-time motor parameters, status, and response waveforms, enabling engineers to conduct online debugging and optimization. This efficient toolkit effectively reduces development cycles and accelerates product launches. This collaborative training by ARTERY and IGM not only deepened technical exchanges but also introduced a broader range of solutions to the Korean market, empowering clients to tackle technical challenges and enhance competitiveness. Looking forward, ARTERY remains committed to driving innovation, expanding the application fields of AT32 MCUs, and delivering highly competitive embedded solutions to help industries worldwide achieve smart upgrades.
BEIJING, Nov. 4, 2024 /PRNewswire/ -- Geek+, in collaboration with Intel, launched the world's first Vision Only Robot Solution equipped with the Intel Visual Navigation Modules, driving the digital and intelligent transformation of the logistics industry with cutting-edge technology. Geek+, in collaboration with Intel, debuts Vision Only Robot Solution. As the world's first vision only robot solution equipped with the Intel Visual Navigation Modules, the Geek+ Vision Only Robot Solution not only possesses depth vision perception enabled by the Intel RealSense camera, but also features deep algorithmic innovations in V-SLAM positioning, composite detection networks, and robot following. This allows for highly accurate positioning, navigation, and obstacle avoidance, helping enterprises effectively cope with diverse and complex logistics scenarios while enhancing both efficiency and accuracy. Advancing Depth Vision Perception The Geek+ Vision Only Robot Solution is equipped with the Intel Visual Navigation Module, which integrates the Intel RealSense camera. This camera features a novel all-in-one design that enables all depth calculations to be performed directly within the device, resulting in low power consumption and independence from specific platforms or hardware. The Intel RealSense camera provides core support for various vision-based AI solutions, and when paired with a dedicated visual processor, it accelerates the machine learning process and shortens the deployment cycle of automation solutions. Thanks to the Intel RealSense camera, the Geek+ Vision Only Robot observes, understands, interacts with, and learns from the environment. By obtaining highly accurate and consistent depth data from the environment, it accurately recognizes and interacts with its surroundings. In addition to the camera, the Intel Visual Navigation Module also includes the Robotic Vision Hub, which contains components such as the Intel Core i7-1270P processor and connection modules. This provides reliable computational support for algorithms running on the Geek+ Vision Only Robot, including V-SLAM positioning, composite detection networks, and robot following, while enabling cloud-edge collaboration through high-speed networks. The Robotic Vision Hub of Intel Visual Navigation Module Collaborating to Drive Algorithmic Innovation for Smart Logistics Upgrades Building on the Intel Visual Navigation Module, Geek+ is working with Intel to engage in deep algorithmic innovation related to V-SLAM positioning, composite detection networks, and robot following: V-SLAM Positioning Algorithm: It fuses multi-sensor data and various visual feature elements to generate composite maps, such as point feature maps, line feature maps, object maps, and special area maps. It delivers highly reliable and precise positioning in complex and dynamic environments. Composite Detection Network: With both a traditional object detection network and a validation network, it processes detection data from multiple dimensions, thus enhancing accuracy and reducing the false detection rate. Robot Following: By integrating modules like personnel detection, re-identification, and visual target tracking, Geek+ has developed a flexible and efficient visual perception pipeline. Once the relative position between the target personnel and the AMR is determined, the local planning algorithm in Geek+'s self-developed RoboGo, a robotic standalone system, will enable autonomous obstacle avoidance, resulting in smooth AMR following of the target personnel. Leveraging the depth perception of the Intel Visual Navigation Module and the collaborative algorithmic innovation from both sides, the Geek+ Vision Only Robot ensures high precision and efficiency in environmental perception, positioning, and tracking. This facilitates logistics and warehousing service providers to drive the transformation toward smart logistics. The robots are expected to see widespread adoption in areas such as factory and warehouse transportation, helping customers build agile, digital, and intelligent supply chains. Solomon Lee, VP of Product from Geek+ stated: "The Vision Only Robot Solution, developed in collaboration with Intel, effectively leverages the depth vision perception of the Intel RealSense camera. Together with the deep algorithmic innovations from both sides, it results in a boost in business growth and efficiency for customers, driving the digital and intelligent upgrade of smart logistics." Mark Yahiro, Vice President of Corporate Strategy and Ventures and the General Manager of the RealSense Business Unit at Intel Inc. within Intel's Corporate Strategy Office remarked: "Highly accurate and consistent depth vision data is critical for AMR to achieve environmental perception, significantly influencing its performance in positioning, navigation, and obstacle avoidance. Through collaboration with Geek+, we are driving AMR innovations based on depth vision data, enabling logistics robots to deliver highly stable and accurate transport services in complex environments, thereby empowering agile, digital, and intelligent supply chains." Going forward, Geek+ will continue to strengthen its collaboration with Intel, driving technological innovations to develop more smart logistics solutions. This aims to empower our customers, unlock new quality productive forces in the logistics sector, and lead the future of smart logistics innovation. This world's first Vision Only Robots equipped with the Intel Visual Navigation Modules will make their debut at CeMAT. We warmly welcome you to visit the Geek+ booth at CeMAT 2024 (Hall N1, A3-2). Join us in exploring the limitless possibilities of smart logistics. Disclaimer: Intel, the Intel logo, and other Intel marks are trademarks of Intel Corporation or its subsidiaries.
SINGAPORE, Nov. 1, 2024 /PRNewswire/ -- Profile Wireless, a 2-channel, 2.4 GHz all-in-one microphone system, provides videographers with everything they need to effortlessly capture high-quality audio. When creating content, preparedness and flexibility are key, as is a versatile wireless audio system that helps you capture sound easily and quickly without sacrificing audio quality. For creators and videographers, Sennheiser now introduces Profile Wireless, a two-channel, 2.4 GHz wireless microphone system that connects to mobile phones, cameras or computers, and can be used as a clip-on mic, handheld mic or table-top microphone – whatever the situation demands. "We cannot imagine content creation today without compact 2.4 GHz mic systems, and I am really proud that Sennheiser is adding an all-in-one microphone system to its portfolio that truly makes a difference for creators and videographers," says Hendrik Millauer, Product Manager, Broadcast and Film, at Sennheiser. "We've outfitted Profile Wireless with many exciting features that will help users to capture audio more reliably, longer, and more flexibly than was possible before." Open the zipper bag… …and you hold a rugged, multifunctional charging bar in your hands. This charging bar is the heart of Profile Wireless. It stores and charges the key components of the system and doubles as a handheld or desktop mic. The charging bar safely holds a two-channel mini-receiver with an OLED touch display, two pre-paired clip-on microphones that automatically connect to the receiver, magnetic clips for attaching the mics to delicate clothing, and adaptors for connecting the receiver to mobile phones or a camera cold shoe mount. The bag also contains a 3.5 mm jack coiled cable for camera use, a USB-C to USB-C charging cable and windshields for the clip-on mics and charging bar. A true audio multitool – versatile in every recording situation "It was important to us that Profile Wireless can master a diverse set of recording requirements, while being as compact and portable as possible," says Callie Blake, Category Marketing Manager, Creators. "The range of use cases for Profile Wireless is impressive." Profile Wireless used on camera in an interview scenario With the included adaptors, the receiver connects to the filming device of choice, and lets the creator monitor the audio via a dedicated headphone output. The mini-mics of the system simply clip to the clothing or can be attached using the included magnetic mounts. "While the clip-on mics ensure signature Sennheiser audio quality and are quite unobtrusive, there may still be instances where a creator or videographer would like to work with separate lavalier mics, so there's a lockable 3.5 mm TRS jack for connecting external mics," adds Blake. When a mobile phone is used for capturing video, the Profile Wireless receiver is connected with the included Lightning or mini-USB adaptor. Thanks to a gyro-sensor, the receiver display automatically rotates by 180° to remain clearly legible. Handheld mic included There are recording situations where a handheld microphone is an ideal choice, for example for reporter-style pieces to camera, and interviews where the creator needs more control over the conversation or is speaking with varying interviewees. For this application, the creator simply inserts a clip-on mic into the charging bar, puts the included big foam windshield on – and a fully-fledged reporter's microphone is ready for the job. All Profile Wireless components come with mounting threads for standard creator's accessories such as table stands. Thus, the system can also be conveniently used as a desktop mic. Profile Wireless used as a desktop mic, recording audio to a laptop Reliability where you most need it Losing audio on a shoot is a nightmare. Three clever functions in Profile Wireless help users get great audio even in difficult conditions. First and foremost, each clip-on microphone has 16 GB memory for internal recording – a comfortable safety net. When the creator activates Backup Recording Mode, internal recording will be automatically turned on if the wireless signal should become too weak. And finally, a Safety Channel Mode outputs and records backup audio at a lower volume to help protect against clipping. "The clip-on microphone has 24-bit recording capability, and records simultaneously at two different audio levels", notes Blake. "This not only reduces the risk of clipped audio, but also maximises the usable dynamic range of the capsule." Range is ample, at up to 245 m in line of sight, and up to 150 m line of sight when taking body blocking into account. Why Profile Wireless is better "Right from the start of product development, we involved seasoned videographers and content creators to see what they wished for from a compact wireless audio system, and how existing products could be improved upon," shares Millauer. "So we've come up with a few exciting usability features that make Profile Wireless a gem among 2.4 GHz systems. "Profile Wireless is the first and at present only compact 2.4 GHz wireless system that has a handheld option integrated, and this option gives you a real 15+ hours of runtime, while with other sets, you cannot use the mics when the system is being recharged," Millauer continues. "Usability features like the auto-rotating receiver display, the fact that no app is required, and the diverse mounting options – only Sennheiser has thread mounts on the components – make for smooth workflows in content creation. And while there may be lighter clip-on mics on the market, they do not have internal recording or a connector for an external lav mic." Availability and pricing Profile Wireless can be pre-ordered from today and will start shipping in December 2024. The system retails at SGD 459 (MSRP) and can be pre-ordered from Cathay Photo, City Music and Luther Music. About the Sennheiser Brandhttps://mma.prnewswire.com/media/2221327/About_the_Sennheiser_brand.pdf
TAIPEI, Nov. 1, 2024 /PRNewswire/ -- Advantech (TWSE: 2395), a global leader in AIoT and Edge Computing, is thrilled to introduce the AFE-R360. The AFE-R360 focuses on Autonomous Mobile Robot (AMR) and robot market, designed to meet the evolving demands for vision sensors and performance. In a move that underscores its commitment to cutting-edge technology, Advantech successfully integrates MIPI-CSI and GMSL sensor technologies with x86 Intel® Core™ Ultra platform. This milestone marks a first in the industry, setting a new standard for performance and versatility in robotics. Additionally, AFE-R360 comes with Advantech Robotic Suite, which includes a ROS2-ready environment and AI tools, to streamline the development process and foster innovation in robotics. The 1st GMSL Integration Solution Powered by Intel® Core™ Ultra with RealSense™D457 Support Advanced AI and Image Processing with the Intel® Core™ Ultra Processor"With Support from Intel®, Advantech's AFE-R360, powered by Intel's Core Ultra processors, offers a powerful edge computing platform for complex robotic applications. Featuring an integrated GPU, NPU, MIPI-CSI (direct and GMSL) and Intel® RealSense™ Depth Camera D457 support, along with the Intel® OpenVINO™ toolkit, it delivers exceptional performance, with low power consumption and versatility for AI-driven tasks. This product is an ideal choice for building and deploying cutting-edge robotic solutions." -- Rajesh Kurusetty, Director of Product, Robotics To process high-resolution images and conduct AI analysis, AFE-R360 harnesses the latest Intel® Core™ Ultra Processor. Designed for efficiency, Intel® Core™ Ultra integrates an NPU and GPU, striking a perfect balance of performance and power usage, making AFE-R360 ideal for battery-powered mobile robots. The platform overall delivers 32 TOPS , enabling it to handle AI detection tasks and adapt to dynamic surroundings. For users requiring higher performance to run complex AI models, AFE-R360 also offers AI-scalability solutions, through an M.2 slot with a Hailo module, or USB4 interface MIOe-UMXM with A4500 MXM GPUs, boosting AI performance by up to 4 times. 1st Off-the-shelf MIPI & GMSL Solution Available on the Intel PlatformAs industries increasingly rely on advanced imaging technologies, Advantech is excited to announce the integration of MIPI-CSI and GMSL technologies into AFE-R360. MIPI/GMSL technology allows uncompressed, high frame rate input with speeds up to 8 Gbps (4 lanes). In addition, GMSL transmits data over distances of up to 15 meters. AFE-R360 also comes with 3 USB-C and 3 Ethernet ports, designed to accommodate LiDar, ToF, and traditional RGB cameras, satisfying the needs of both new and existing technology in robotics. While MIPI/GMSL interfaces provide higher bandwidth and lower latency, they also add complexity to driver development compared to standardized UVC camera drivers. Advantech initiated a partner alignment strategy, gathering together top-tier camera technology providers such as Intel® RealSense™, e-con Systems, Innodisk, and oToBrite to develop camera solutions for AFE-R360. Through these partnerships, we are thrilled to share our successful results and make our camera solutions available to customers. "Advantech is proud to collaborate with Intel and camera vendors to strengthen our AMR solution. By incorporating MIPI and GMSL interfaces into AFE-R360, Advantech is committed to providing our customers with cutting-edge technology that meets the challenges of tomorrow. These interfaces not only enhance performance but also enable new possibilities in imaging applications across various industries." – James Wang, Director of Embedded Applications at Advantech The AFE-R360DVK offers an efficient user experience as a MIPI and GMSL solution, with BIOS settings, camera drivers, Ubuntu OS, ROS2, and camera modules pre-installed and fully tested. This makes AFE-R360DVK an ideal choice for applications such as AMR, patrol robots, and smart transportation. The system is set to launch in October 2024. Dedicated I/O and Expansion Designs for AMRAFE-R360 is specifically designed to meet the precise I/O needs of AMRs, maximizing space and efficiency by integrating necessary I/O directly into a compact 3.5" SBC. Key Features:I/O Configuration: 2 x CAN FD ports for battery and motor control. 4 x RS-232/422/485 UART ports for various robotic and vehicle sensors. Up to 7 x USB and 3 x LAN ports to support RGB cameras, LiDAR, and IMU. DC-in 12–24V to accommodate diverse charging configurations. Expansion Capabilities: 4 x M.2 expansion slots for flexible configurations. Wireless connectivity options via M.2 E-Key and B-Key, supporting 4G/5G/Wi-Fi. The inclusion of the Advantech AIW module ensures to support fast roaming feature. 2 x M.2 M-Key slots to support RAID, providing substantial storage capacity for image and sensor data. M.2 Hailo module expansion for an additional 26 TOPS of NPU performance, enhancing capabilities for advanced AI applications. 1 x USB4 support for MXM GPU card expansion, through MIOe-UMXM. AFE-R360's comprehensive I/O design guarantees versatile and upgradable performance for AMRs across a variety of scenarios. Streamline AMR Development with the Advantech Robotic Suite The development process for an R&D team can be lengthy and arduous. Advantech aims to accelerate this journey by offering innovative and seamless software solutions for AMR development teams. Our verified ROS environment, APIs, and AI tools in Advantech Robotic Suite, streamline key AMR functions such as vehicle control, navigation, SLAM, and pallet barcode recognition, allowing customers to begin robotic development more easily and quickly. AFE-R360 is now available for order. To learn more information about AFE-R360, please visit here.To learn more AMR and robotic solutions from Advantech, please visit here. About Advantech Advantech's corporate vision is to "Enable an Intelligent Planet". As a global leader in the fields of IoT intelligent systems and embedded platforms, the company embraces the trends of IoT, big data, and artificial intelligence. Advantech promotes IoT hardware and software solutions with its industrial IoT platform - WISE-IoT core, to assist business partners and clients in connecting their industrial chains. Advantech is also working with business partners to co-create business ecosystems that accelerate the advancement of industrial intelligence. (www.advantech.com)
SAN FRANCISCO, Nov. 1, 2024 /PRNewswire/ -- Bifrost AI, a Generative 3D Data platform, raised $8 million in Series A funding to meet the growing demand for AI training data and 3D simulations. Its physically accurate data generation engine provides the vast real-world scenarios crucial in rapidly training, testing and adapting models in AI and Robotics. The round was led by Carbide Ventures, with participation from Airbus Ventures, Peak XV's Surge (formerly Sequoia Capital India & SEA), Wavemaker Partners, MD One, and Techstars. The capital will be used to accelerate the commercialization of Bifrost's product for heavy industries such as aerospace, maritime, manufacturing, and national security. Today's pressing challenges, such as labor shortages and escalating geopolitical tensions, primarily exist in the physical world. While AI has thrived in the digital realm, its potential in the physical domain remains untapped due to a lack of domain-specific training datasets. More than 95% of enterprises struggle to obtain high-quality training data at scale, often pouring millions into sensor deployments and dedicating months to manual data labeling—only to face uncertain outcomes. This struggle is one of the biggest barriers to effectively implementing AI systems in the physical world. Bifrost's software platform changes this by allowing teams to generate datasets in minutes using simulated 3D worlds. This allows teams to build new AI capabilities faster than ever, teach robots how to solve real-world problems, and adapt to new objects, tasks, and environments in hours instead of months. Bifrost's breakthroughs in Generative AI and 3D graphics allow users to create realistic, industry-specific data & scenarios at scale—no 3D expertise needed. Designed for AI developers, the platform offers fully controllable real-time 3D worlds in supercharged Jupyter notebooks. Traditional 3D simulators often fail to deliver realism, while 2D generative AI lacks the nuanced control necessary for sophisticated applications. Bifrost bridges this gap with a hybrid approach, combining an unprecedented level of precision with realism. Users harness a powerful Python library to program every element of their 3D worlds, from camera movements to environmental conditions, automating and fine-tuning their simulations with ease. This has enabled their customers to build new Physical AI capabilities faster than ever. Autonomous boats that can safeguard shipping lanes from piracy, industrial robots that can assemble new parts with unmatched efficiency, and drones that can inspect thousands of electrical grids for defects—all without human intervention. These systems serve as a vital link that allows digital systems to engage with the real world. After LLMs and image generators, Physical AI represents AI's most important frontier yet. However, building these systems is incredibly hard. Bifrost is making this process faster, cheaper, and more reliable, so teams can focus on what matters: solving real-world problems with AI. "We work with some of the most technically demanding organizations in the world, solving some of the toughest problems. This includes major U.S. government organizations and leading enterprises in heavy industry. One example is NASA JPL, with whom we have been collaborating on several initiatives, including data generation engines for Moon and Mars exploration," said Charles Wong, Co-founder and CEO of Bifrost AI. "The market for robotics and autonomous systems is rapidly increasing. In the future, AI development will rely increasingly on synthetic data instead of real data. We believe the Bifrost team is uniquely positioned to enable this opportunity by bridging the data , allowing systems to be trained more efficiently and quickly by an order of magnitude. We expect their approach will unlock new use cases and opportunities, enabling AI to transform our physical world", said Stephen Lee, General Partner at Carbide Ventures. "As AI becomes increasingly prevalent, actively deployed across commercial and defense-related applications at an unprecedented scale, Bifrost stands out as a trusted partner, ready to support teams working on advanced robotics and autonomous systems," adds Thomas d'Halluin, Airbus Ventures Managing Partner. "We are confident that Bifrost AI will unlock exceptional value at the intersection of 3D generative AI, advanced simulation, and design, which is already being used by major U.S. government organizations and leading global enterprises in heavy industry." "One of the fundamental challenges in AI and robotics is generalization—the ability to learn new skills and handle a variety of scenarios and tasks. Traditionally, adapting to new tasks could take months. But with Bifrost, that timeline has shrunk to just hours. This acceleration enables teams to build AI systems that can tackle a wider range of problems, unlock larger markets, and generate more revenue with less upfront data acquisition cost." Aravind SK, co-founder and CTO of Bifrost AI. Read more about us at bifrost.ai Bifrost AI - Synthetic Data Video - https://www.youtube.com/watch?v=lv-0ELTZWWYLogo - https://mma.prnasia.com/media2/2545636/Bifrost_AI_Logo.jpg?p=medium600Photo - https://mma.prnasia.com/media2/2545637/Maritime_Data_with_Annotation.jpg?p=medium600
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