LATENCY
COST OF OWNERSHIP
REMOVABLE HARDWARE
Local AI processing keeps sensitive offline data on the device, enhancing privacy and ensuring compliance. With no need for cloud connectivity, it offers greater data control and reduces the risk of data breaches.
Running AI models at the edge reduces latency to milliseconds for near real-time processing. This is far quicker than cloud-based AI tools where latency can fluctuate depending on bandwidth and server capacity.
When optimised for existing hardware deployments, on-device AI applications can run offline. This significantly reduces costs, with no requirement for subscriptions, or data transmission and storage fees, unlike cloud-based instances.
TPM 2.0 hardware-based encryption key storage supports secure boot and drive encryption, whilst hardware-encrypted OPAL SSDs can be detached, physically separating data from the device.
Windows Secured-core PCs offer enhanced hardware, software, and firmware protection.
BIOS controls also allow for further customisation of advanced security settings.
Optional 4G LTE and 5G modules with eSIM support deliver superior connectivity and can be configured for secure, resilient field communications.
5G standalone and private networks are also supported.
Low-latency Wi-Fi 7 wireless for securely connecting to enterprise networks.
When handling sensitive data, Panasonic can disable Wi-Fi, Bluetooth, and cellular connections, in addition to USB connectors, cameras, and microphones via customised BIOS.
SUPPORT
WI-FI
CONNECTIVITY