C100 — your AI agent client,
on the glasses.

It depends on the connection mode. In direct Wi-Fi mode, the Android app runs on C100 and no companion phone app is required. The glasses connect through home or office Wi-Fi, a phone hotspot, or a compatible public Wi-Fi network. Using a phone hotspot still depends on that phone; public Wi-Fi login and authentication compatibility require validation. In BLE mode, a phone app receives image/audio data from C100, calls the VLM/LLM/cloud service and returns results over BLE to the glasses for audio and display. This mode requires the phone app and its network connection. The provisioning method is subject to project confirmation.

C100 combines a Sony IMX681 (12MP) camera with 1080p recording at 30 fps, 5 digital microphones, left/right stereo speakers and a 0.08-inch single-green binocular Micro-LED display with 25° FOV. “One Platform” refers to one C100 product integrating AI, camera and AR. C100 uses an ATS6095 + MTK8766 dual-chip system. MediaTek MTK8766 is the main controller and Android 11 application host; ATS6095 handles audio and Bluetooth. Application, network, power and thermal workloads must be evaluated together.

The current C100 specification lists 5 digital microphones, left and right stereo speakers, and voice recognition support. The ATS6095 audio SoC includes a 504 MHz Cadence Tensilica HiFi5 DSP and an MMSCIM NPU listed at 100 GOPS. Microphone and processing interfaces, recognition behavior and the intended acoustic environment are reviewed for each application and device build.

The standard C100 Android SDK and Demo are provided free for evaluation and customer-led development. Without a paid development engagement, SmartXY supplies the standard package unchanged and customers develop their own applications. Request the standard Android SDK / Demo through the dedicated C100 SDK contact entry or email vanda@topaiglasses.com. SmartXY does not provide an iOS SDK or Demo for C100. Paid customization does not include an iOS SDK or Demo. SDK or feature modifications require prepaid NRE starting at USD 3,000; the final quotation depends on scope. SmartXY can provide a glasses-side SDK and an Android phone-side SDK for C100; customers can use the glasses-side SDK to develop and validate connectivity and system compatibility with PCs and other IoT devices.

SDK modifications, feature changes and special SDK requirements require paid development for every C100 customer. NRE (non-recurring engineering) starts at USD 3,000; the final quotation depends on the agreed scope. SmartXY begins modification work only after the agreed development fee has been paid. Without payment, customers receive only the unchanged standard Android SDK / Demo and develop their own applications.

No. SmartXY does not provide an iOS SDK or Demo for C100, including as a paid customization. The free standard package is Android only. This SDK delivery policy does not change the two connection paths described on this page; it does not establish iOS app support for the BLE path.

The standard Android SDK and Demo are available free for evaluation and customer-led development. The specific C100 camera-stream APIs described here remain a planned release for local Android apps and custom computer vision. Confirm the interface, image or stream format, video settings, release timing and sustained-load validation with our engineering team. The development demonstration does not establish that a named API is already released. Any SDK changes or special feature requirements require paid NRE starting at USD 3,000, with payment before modification work. No iOS SDK or Demo is provided.

C100 uses an ATS6095 + MTK8766 dual-chip system. MediaTek MTK8766 is the main controller and Android 11 application host; ATS6095 handles audio and Bluetooth. The ATS6095 reference includes a CIM NPU for local AI processing; this chip specification does not establish on-device VLM/LLM support. VLM/LLM inference runs off-device at the connected service, reached directly over Wi-Fi or through the BLE-connected phone app. Local workloads and SDK interfaces are confirmed per project.

A customer-controlled model endpoint can be evaluated for the integration. Transport, authentication, deployment region, data handling and response formats must be agreed and tested. Compatibility with a particular service or API is subject to engineering confirmation.

Runtime depends on capture duty cycle, encoding, the selected Wi-Fi or BLE/phone-app path, display, audio, ambient conditions and battery configuration. The current specification lists a removable battery with an external charging case; battery and case capacities are confirmed per project. Battery replacement does not interrupt operation. Live-agent runtime requires validation with the agreed workload.

The camera-stream demo setup uses 1080p at 30 fps with a bitrate of 3,000,000 bps (3 Mbps). SmartXY reports lower temperature and less heating at 720p in this streaming setup. Graphene heat spreading and thermal insulation film were considered from the start of C100 product design to support stable temple operation during sustained video streaming. SmartXY reports stable operation in prototype streaming work; camera settings, application, network, ambient conditions and session duration need validation for your build. The separately reported 46°C to 41°C ear-contact surface observation is not a continuous-streaming test result or a guaranteed temperature. Thermal thresholds and callback availability require engineering confirmation.

Validate activation, image/audio capture, the selected connection path, endpoint inference and the return to the glasses for audio and display. Direct Wi-Fi measurements include the router or hotspot. BLE-mode measurements also include both BLE transfers, phone-app processing and the phone’s service connection. Test with documented network, model, region and environmental conditions.

Yes. In BLE mode, the glasses send image or audio data to a phone app over BLE; the app reaches the VLM/LLM/cloud service through the phone’s network and returns results over BLE for audio and display. The glasses do not need a direct Wi-Fi link in this mode. Direct Wi-Fi mode instead uses a router or phone hotspot; public Wi-Fi login and authentication compatibility require validation. Cloud services need internet access, and a private endpoint needs a reachable network route. This BLE path still needs the phone app and a service connection. LTE or eSIM feasibility and any offline functions are confirmed per project.

Compare the required display, camera, application host and network path. C100 combines camera and AR display and supports both standalone Android over direct Wi-Fi and BLE through a phone app. In the BLE path, the phone app calls the AI service and returns results to the glasses for audio and display. A phone-assisted audio-only architecture routes its selected workflow through a phone without requiring a display; these conceptual examples do not describe every audio-glasses product.

C100 is at EVT3, with functional CNC prototypes available for evaluation. Industrial design can be customized for a mass-production project. Quantity, schedule, tooling, software scope and validation gates are agreed per project.

Request the free standard C100 Android SDK / Demo through the dedicated SDK contact entry, or email vanda@topaiglasses.com. Customers develop their own applications using the unchanged standard package. For SDK or feature modifications, submit a paid-development brief: NRE starts at USD 3,000 and the agreed fee must be paid before modification work. No iOS SDK or Demo is provided. Functional CNC prototype access and delivery are arranged separately. Include your target market, camera and display workload, network environment, session duration and application architecture.