Disclaimer: What I will post here is the culmination of over a decade and a half of my work and experience. Please be kind.
The following product design is powered by the much anticipated Qualcomm MSM8998 which you may know as the Snapdragon 835 10nm SoC, and shares design characteristics of the Neptune Suite and the Ritot Bracelet. The 10nm process produces a SoC with better thermal properties, making a wearable with this chip a much cooler running and practical device, while simultaneously offering PC-class performance.
It is rumoured that the upcoming OnePlus 4 smartphone will be powered by a single Qualcomm MSM8998 SoC bundled with 8GB RAM. Given the lower power consumption that should be expected of the MSM8998’s combination of LPDDR4X RAM and the 10nm manufacturing process, along with its thermal savings, these choices set the bar for the next generation of performance smartphones.
Today, high-quality, lowlight camera performance is a must and so this core product and its accessories should have main cameras of at least 23MP resolutions (with the exception of the bundled 4-inch accessory) with aperture sizes of at least f/1.6, laser autofocus or dual lens designs optimized for for low-light shooting. It should also integrate a 32MP main camera into the core device which will have another positioned on its opposing side (one at the top and one at the bottom of the wearer’s wrist respectively). The second, an 16MP with an aperture size of at least f/1.9 and a wide-angle lens, should be positioned as a front/selfie camera. With all cameras, we should pay careful attention to the choices of lenses and optical array designs.
With the concept of the Neptune Suite as a starting point, we should first re-imagine the hub as a screen-less, laser pico projector based bracelet, inspired by the the Ritot. This bracelet should be factory sealed carrying no ports or other openings in its body making it more effectively water resistant and along with all compatible accessories, will use wireless contact-less battery recharging technology licensed from Energeous. Furthermore, by standardizing the wireless link interface it uses, third-parties can create other compatible accessories for this product.
This is the preliminary specifications list:
• Dual Qualcomm MSM8998 (Snapdragon 835) 10nm SoCs (w/x86 emulation support)
• 16GB LPDDR4X RAM (2x8GB… yes insane, but keep reading)
• Dual Band 802.11ac
• 60GHz WiGig 802.11ad
• Bluetooth 5.0
• Dual LTE Cat.16 (Gigabit-class) radios
• Dual LTE 4G Machine-to-Machine UICC (M2M Form Factor/eSIM) support
• 6000-9000mAh battery from SolidEnergy Systems (yes, it is possible in that physical space, read here )
• Qualcomm QuickCharge 4.0 (if compatible with the SolidEnergy Systems battery technology and Energous WattUP contactless charging technology)
• Onboard 512GB/1TB SSD using Samsung’s new V-NAND MLC based SSD technology
• 16MP front camera with embedded LED ring flash, f/1.9 aperture, OIS & EIS
• 32MP rear camera with embedded LED ring flash, f/1.7 aperture, OIS & EIS
• MicroVision PicoP® Embedded 1280x720 pixel resolution (720p) laser pico projector
• AGPS/GLONASS support
• 6-Axis Gyroscope
• Digital Compass
• Stereo speakers each positioned on opposing sides of the bracelet
• Dual Microphones
• Vibration motor
• Seiko Kinetic generator (to jump-start wireless charging module if battery is completely depleted)
• Fujitsu PalmSecure authentication technology (applied to wrist not palm)
• Energous WattUp contact-less charging
• IP67/MilSpec 810G (it is inevitable that a wearable will be dropped, bumped or accidentally submerged)
Part 3 will follow after this has been discussed.