R-Reaper is more than just added system RAM / Memory. It shares the same Levitation core as White Horse — same encoding, same firmware — but adds full connectivity. HDMI, Gigabit Ethernet, USB-C, and Thunderbolt.
R-Reaper runs the same proprietary Levitation algorithm on dedicated RISC-V processors as White Horse — encoding your data into high-dimensional Levitation signatures that achieve a 30:1+ emergence ratio. The R-Reaper + your hardware = minimum 120GB of RAM or more depending on your system architecture. - (Our claims under estimate and over deliver.)
HDMI output at 4K60. Connect a monitor and you have a display. Digital signage, conference rooms, kiosks, thin clients — all driven by a card that draws less than 3 watts.
Gigabit Ethernet. Wired network connectivity for edge AI nodes, IoT gateways, retail POS systems, industrial automation, and field terminals. No WiFi dependencies. No latency surprises.
USB-C. Peripherals, external storage, power delivery, and docking stations. Plug in a keyboard and mouse and you have a workstation. Plug in an external drive and you have expandable storage.
Thunderbolt at 40Gbps. Daisy-chain displays, connect high-speed external arrays, or dock into enterprise setups. Creative workstations, multi-display deployments, and high-speed data transfer — all from a single card.
Every port is designed for a specific market. Together, they make R-Reaper the most versatile compute card ever built.
Like White Horse, R-Reaper is built on RISC-V — the open processor architecture. The instruction set includes native vector extensions that align directly with Levitation's mathematical operations. The technology that makes R-Reaper work is in the algorithm, not in anyone else's chip.
Gamers I don't think we need to explain what this means for Gamers. Soldier on!
Digital Signage. Replace 50W media players with a card that outputs 4K60 at under 3 watts. Silent, fanless, and network-connected. Deploy hundreds of displays without a single fan failure.
Retail and Kiosks. POS terminals, self-service kiosks, and customer-facing displays that need silent, reliable, network-connected compute. No fan noise. No heat. No downtime.
Edge AI and IoT. Industrial gateways, sensor hubs, and AI inference nodes that operate in 0–70°C environments with no moving parts. Wired Ethernet for reliability. Thunderbolt for speed.
Thin Client and VDI. Replace full desktop towers with a card and a dock. One R-Reaper per desk. Fraction of the power, fraction of the cost, zero noise.
Enterprise and Government. Cost savings, energy efficiency, and security in a form factor that simplifies deployment and reduces attack surface. One card. Full compute.
R-Reaper
USB-C Levitation breakout box
Connection
USB-C (USB4 / Thunderbolt)
Bus Speed
625 – 5,000 MB/s
Depends on your USB-C port
Processor
JH7110 RISC-V SoC
Levitation Engines
Dual ESP32-S3
Processing Cores
6 dedicated
Vector Extensions
Yes — RISC-V native
Memory Architecture
4x SRAM + SPI Flash
Direct Memory Access
No — USB controller layer
Additional Ports
TB, HDMI, GbE, USB-C, USB-A
Power
Under 5 W
Cooling
Passive — aluminum body
Installation
Plug in one USB-C cable
Portability
Goes wherever you go
$TBA
White Horse
PCIe co-processor card
Connection
PCIe 2.0 x1
Bus Speed
500 MB/s
Processor
JH7110 RISC-V SoC
Levitation Engines
Dual ESP32-S3
Processing Cores
6 dedicated
Vector Extensions
Yes — RISC-V native
Memory Architecture
4x SRAM + SPI Flash
Direct Memory Access
Yes
Additional Ports
None — dedicated memory
Power
Under 5 W
Cooling
Passive — no fan
Installation
PCIe slot inside case
Portability
Fixed — one machine
$TBA
Currently in Prototype Manufacturing
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