--- title: NFESR-H4 HIVE | Garmo Labs url: https://garmolabs.com/silicon/nfesr-h4-hive description: A near-field communication and swarm-coordination hub built around coherent field seeds, phase control and a shared digital integration fabric. --- NEAR-FIELD COORDINATION NFESR-H4 HIVE # Small nodes. A shared sense of possibility. A hub architecture for field-seed coordination and distributed swarm control. Get closer to the architecture Architectural concept. Not a die photograph, floorplan or measured-silicon demonstration. 4 EPM lanes 16 Seed banks 128 B TX and RX FIFO depths A CLOSER LOOK ## One architecture. More ways to see it. Explore the package study, inspect the detail, or separate the architectural layers. Every view is conceptual. NFESR-H4 HIVE ARCHITECTURAL STUDY Product study · Architectural concept. Geometry and component counts are illustrative, not physical specifications. ## Coordination, closer to the edge. NFESR-H4 HIVE brings multiple EPM lanes, seed banks and buffering into a common hub SoC. The digital hierarchy and the physical channel have distinct qualification boundaries. Conceptual operation · choose a stage, or play the explanation Explanatory sequence, not hardware simulation. Endpoint traffic reaches the hub through the family link boundary. SEE THE REASON BEHIND THE ARCHITECTURE ### A distributed sensing group An illustrative group of nodes exchanges coordination state with its hub. No range, channel capacity, interference immunity or physical field behavior is asserted by this visual. [Try a related software workflow](https://garmolabs.com/demos/dieweaver?product=silicon-ip-4708) The example uses supplied synthetic resources; it is not a simulation or benchmark of NFESR-H4 HIVE. [Continue to GSP ](https://garmolabs.com/gsp/workbench?product=silicon-ip-4708) 01 Four electrostatic phase-modulation lanes 02 Sixteen coherent field-seed banks 03 128-byte transmit and receive FIFOs 04 Carrier-conflict avoidance, phase synchronization and host CSR TECHNICAL OVERVIEW ## The details matter. [Download the product brief](https://garmolabs.com/static/briefs/silicon-ip-4708.pdf) Canonical identity IP-4708 Responsibility A near-field communication and swarm-coordination hub built around coherent field seeds, phase control and a shared digital integration fabric. Delivery boundary RTL + reference models Evidence scope Source + model ### Before integration. The HIVE SoC connects the common NFESR fabric to a dedicated chip top, with digital seed control, phase synchronization, receive voting, event/IRQ and Wishbone host access. Analog field drivers, receiver front ends, electrodes and package coupling are explicit external physical boundaries. - Exact SoC/top and configuration - Clock, reset, power and pad contract - Memory, PHY and package dependencies - Release-specific PVT and signoff views The selected release must confirm: - Node/library binding - Clock/reset limits - Physical and protocol dependencies - Artifact hashes - Acceptance criteria Unpublished values are not inferred from family names or architecture targets. [Discuss the integration](https://garmolabs.com/contact?products=silicon-ip-4708) Source + model ## Know the release. Know what it establishes. Our records show the HIVE SoC as IP-4708 and binds the family to 117 reference, structural and artifact checks. HDL/CAD closure and mixed-signal physical qualification remained pending at the recorded cutoff. This is a controlled-portfolio summary, not a fresh execution of the chip qualification flow. [Explore the evidence center](https://garmolabs.com/evidence) [Qualification record](https://garmolabs.com/qualification/silicon-ip-4708) ### Release-specific qualification The documented lane, seed-bank and FIFO counts are source-configuration parameters. Range, link rate, power, interference tolerance and field-coupling behavior require analog/package qualification and silicon measurement; no measured wireless performance is asserted. Canonical record: SOURCE IMPLEMENTED / TEST CAMPAIGN BOUND / HDL-CAD CLOSURE PENDING A PATH THAT FITS THE PROJECT ## Build with NFESR-H4 HIVE. Technical scope, rights, support and release configuration are agreed before delivery. evaluation ### Architecture and release evaluation Inspect the named release and establish technical fit. [Discuss this scope](https://garmolabs.com/contact?products=silicon-ip-4708&scope=evaluation) production ### Chip / SoC licensing program Agree deployment or design rights, deliverables and support. [Discuss this scope](https://garmolabs.com/contact?products=silicon-ip-4708&scope=production) custom ### Custom silicon integration Define the customer-specific work and acceptance criteria. [Discuss this scope](https://garmolabs.com/contact?products=silicon-ip-4708&scope=custom) ## Your next big idea. Let’s build it together. Start with a chip, a software release or a single IP block. [Talk to Garmo](https://garmolabs.com/contact) [Start exploring](https://garmolabs.com/developers)