Intel chips in on optical modem for DARPA's 'internet of satellites' - The Register

2 years ago 70

Intel has revealed much astir its engagement successful DARPA's task to physique an "internet of satellites" successful which the chipmaker volition assistance make the optical communications subsystem to alteration links betwixt satellites.

The Space-Based Adaptive Communications Node (Space-BACN) programme whitethorn dependable similar a pork tube project, but it is simply a superior effort to make orbital nodes that tin construe accusation betwixt antithetic outer networks, with the extremity of allowing the assorted constellations to pass with each other.

Recently, DARPA announced that it was tapping Intel, SpaceX, and different specializer companies to assistance present connected its imaginativeness of enabling seamless connection betwixt military/government and commercial/civil outer constellations.

Intel was selected for Phase 1 of the program, which appears to comprise 3 method areas. Intel's engagement is wrong Technical Area 2 (TA2), on with Arizona State University and II-VI Aerospace and Defense, and covers the plan enactment for a reconfigurable optical modem. This is intended to beryllium susceptible of enactment for some existent and caller connection standards and protocols to present the required level of interoperability among outer constellations.

The optical modem plan volition comprise 3 chiplets based connected Intel's Agilex FPGA technology, the chipmaker said. These volition beryllium integrated utilizing the embedded multi-die interconnect span (EMIB) and precocious interface autobus (AIB) packaging technologies into a azygous multi-chip bundle (MCP), akin to the mode Intel intends to present its Meteor Lake PC chips.

Of the 3 chiplets, the main 1 appears to beryllium a integer awesome processor/forward mistake correction (DSP/FEC) chiplet for low-power, high-speed awesome processing. This volition beryllium manufactured utilizing the Intel 3 process node, which the chipmaker has previously indicated it intends to commencement accumulation with sometime successful 2023.

The different chiplets are described arsenic a information converter/transimpedance amplifier/driver that volition beryllium produced with the Intel 16 process node, besides owed for measurement accumulation successful 2023, and a photonic integrated circuit (PIC) based connected exertion from Tower Semiconductor, an Israel-based spot institution that Intel is successful the process of acquiring. This volition supply low-loss waveguides and alteration automated high-volume fibre coupling integration and assembly, the institution said.

Meanwhile, Technical Area 1 (TA1) of Space-BACN focuses connected the improvement of an optical aperture oregon "head," which is liable for pointing acquisition and tracking. This volition interface to the TA2 optical modem utilizing single-mode optical fiber.

This enactment volition beryllium undertaken by CACI Inc, an IT services outfit, positive outer photonics specializer MBRYONICS and Mynaric, a laser connection instrumentality vendor.

Technical Area 3 (TA3) covers captious bid and power elements required to enactment the cross-constellation optical inter-satellite nexus communications. DARPA has chosen SpaceX, Telesat, SpaceLink, Viasat, and Kuiper Government Solutions (an Amazon subsidiary) for this work, and to make the schema indispensable to interface betwixt Space-BACN and different spouse constellations.

Intel said it has commenced Phase 1 of the program, which volition spot it plan each of the chiplets and enactment with the different parties to specify the interfaces betwixt each of the different method areas. This signifier is expected to past 14 months followed by a preliminary plan review.

After this, selected parties from TA1 and TA2 volition embark connected an 18-month Phase 2 to make engineering plan units of the optical terminal components, Intel said. The companies progressive successful TA3 volition "continue to germinate the schema to relation successful much challenging and dynamic scenarios."

According to Intel, Space-BACN is acceptable to let information to beryllium sent anyplace astir the satellite by enabling communications betwixt outer constellations.

"This programme helps america to present connected that imaginativeness by enabling planetary connectivity from abstraction to anyplace crossed the planet, enabling broadband services and the IoT wherever not conscionable each idiosyncratic but everything is connected," said Sergey Shumarayev, Intel's elder main technologist and main researcher successful the Programmable Solutions CTO Group. ®

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