OptConnect ema™ is a fully end-user certified modem with built-in intelligence for autonomous monitoring, management, and self-healing. Its Embedded Managed Modem Architecture enables customers to rapidly design and deploy their cellular-connected solutions while eliminating the delays and complexities of typical cellular M2M/IoT deployments. Each OptConnect ema™ comes integrated with an industry-leading suite of OptConnect managed services that include: OptConnect SIM cards, Cellular data plans, Secure connectivity monitoring and management, Device management portal, 24x7x365 technical support, Warranty replacement services, Simple ready-to-use back office API cloud integrations, Logistics, and Fast fulfillment.
- Small form-factor
- Robust 20 pin interface
- Built-in management Microcontroller Unit (MCU)
- USB and UART modem communication paths
- OptConnect ema™ emaLink interface
- Integrated TCP/IP and UDP/IP stacks
Watch the ema™ Tech Talk Video Series
OptConnect emaTM Delivers:
- Fully certified PTCRB, FCC, IC, and Carrier certification
- Dual carrier sim card support
- Customers can modify their host board without the need to recertify
- Small yet powerful – easy to fit on host board designs
- No need to develop low-level control, it already exists in ema
- Detects on/off the network with reconnecting features for increased uptime
- OTA updates for both modem and module
- Connects gracefully to the network
- Carrier to carrier failover
- Measures and manages data usage
- Security layer embedded in ema to protect from public internet threats
- Industry encryption standard – AWS IoT Core communication channel encrypted with TLS v1.2
- Separation of monitoring machine data from customer’s data transmissions
- Communication firmware protected from alteration by the host application
- Alerts and notifications of issues and remote diagnostics
- Manage and monitor your device portfolio from anywhere
- API available for your host application
- Application updates and sensor configuration are easy to implement without redesign