E1000-WP: E1000 Edge Gateway with Wirepas Support (Indoor Use) OVERVIEW The Cassia Networks™ E1000-WP Gateway is a long-range IoT gateway that supports both Bluetooth protocol and Wirepas protocol at the same time. There are two Bluetooth radio chips inside E1000-WP and two subtypes of E1000-WP: 1) E1000-WP1: the first Bluetooth radio chip (chip 0) of E1000WP is configured to support Bluetooth protocol, and the second Bluetooth radio chip (chip 1) of E1000-WP is configured to support Wirepas protocol. E1000-WP2: both Bluetooth radio chips of E1000-WP are configured to support Wirepas protocol. The E1000-WP is an industry-leading, enterprise IoT edge gateway. Its patented Bluetooth and Wirepas long-range, edge computing, and remote control of up to 20 Bluetooth low-power devices (and 100s in broadcast mode) deliver unparalleled enterprise Bluetooth and Wirepas IoT network value. The E1000-WP is designed specifically for enterprise IoT applications such as industrial IoT automation, connected health, asset-tracking as well as smart cities and buildings which require robust IoT edge network capabilities. The E1000-WP Edge gateway intelligently aggregates, secures, analyzes, and relays data from diverse Bluetooth and Wirepas sensors at the edge of the network. This unique capability delivers real-time business insights and pervasive data obtained from innovative applications used in enterprise Bluetooth and Wirepas IoT settings. The E1000-WP’s enterprise Bluetooth IoT capabilities do not require costly changes to existing Bluetooth low-power devices. Furthermore, the E1000-WP is not dependent on Bluetooth 5.0 or Mesh. Its patented smart antenna delivers a range optimized for horizontal use. The E1000-WP is also a protocol gateway translating between the Bluetooth protocol and Internet protocol (IP). It supports Ethernet, Wi-Fi 2.4GHz and 5GHz, or cellular USB modem as an IP backhaul. As a result, end devices are remotely accessible and controllable via an Internet application. Wirepas is a wireless protocol providing decentralized mesh network technology. It provides many benefits for enabling the implementation of large-scale IoT applications. Wirepas not only offers unlimited scale, coverage, and density, but it also offers high reliability and availability. The Wirepas devices are easy to install and maintain with a low cost of ownership. The E1000-WP acts as an Internet gateway in the Wirepas mesh network. It helps complement the coverage and reliability of the Wirepas network with Cassia’s patented long-range technology and enterprise-level functions. For commercial deployment, Cassia signed SPLA with Wirepas. It allows Cassia to sell E1000-WP (running Wirepas Massive) to customers who are Wirepas licensees The E1000-WP’s compact design is ideal for indoor usage. It easily attaches to ceilings and/or walls using an included mounting kit. It can also be placed on a flat surface such as a counter space. The E1000-WP power options include a Micro USB adapter plug or Power over Ethernet (PoE). The Cassia RESTful APIs enable the integration of proprietary Bluetooth end devices to the E1000-WP without requiring any changes to them. In addition, the Cassia IoT Access Controller (AC) provides easy-to-use device management at scale. The Cassia IoT AC eases deployment and manages hundreds of Cassia gateways and thousands of connected devices from a single user interface. UNIQUE BENEFITS Supporting Wirepas Mesh Protocol The E1000-WP gateway can act as an Internet gateway in the Wirepas mesh network. The E1000-WP also helps to complement the coverage and reliability of the Wirepas network with Cassia’s patented long-range technology and enterprise-level functions. A user can order E1000-WP with dual Wirepas sink/chip only, or opt for an E1000 with a Wirepas sink/chip and a Bluetooth chip. Reliable long-range Bluetooth, Seamless Coverage With its smart antenna and RF management technology, the E1000-WP delivers wall-penetrating Bluetooth coverage of up to 1000 ft /300 meters and extends the range of Wirepas up to 1640 ft / 500 meters in a line-of-sight open space environment. The E1000-WP’s long-range capability increases “connection density” and reduces cost, allowing solution providers to deploy seamless Bluetooth coverage. Remote Access and Control The E1000-WP connects low-power devices and uploads the aggregated device data to the AC via LAN or Internet allowing them to be controlled remotely. Edge Computing Custom applications run inside a container (Linux Ubuntu OS) within the gateway resulting in reduced latency and cloud costs, customized command and control, and better data management. Easy Integration Cassia’s E1000-WP provides a set of RESTful APIs that developers can easily integrate into their native mobile apps or cloud applications. The E1000-WP also provides extended range and rousting capabilities which don’t require any costly changes to the Bluetooth end devices. Easy Setup and Management Cassia’s E1000-WP comes with Wi-Fi hotspot mode which improves the user’s overall setup experience when performing an initial installation without network access. The E1000-WP can be managed by the Cassia IoT AC. Administrators can quickly provision and check the status of all gateways in their network. Status data includes connected and/or identified sensors, throughput, CPU consumption, device location, container status, and more. Room-based Location Tracking Together with the Cassia IoT AC, the E1000-WP tracks and reports the location of Bluetooth low-power devices, providing geolocat

Based on the country code selected, the Bluetooth transmit power and Wi-Fi transmit power is limited to the maximum value allowed by the country. In a network-restricted environment, the E1000-WP is configurable to a “Stand-Alone Mode,” where data is sent directly to a local third-party application server. In a remote management scenario, the “AC Manage Mode” sends data to a remote third-party application via the Cassia IoT AC. The Bluetooth chips can be configured as pure scan or high-speed multiple connection mode. Pure scan mode offers the best scan performance in high-noise floors and situations...