A100 Compute Box 2ch
The A100 Compute Box 2ch is a dual-channel compute board that runs stereo or wide-field camera perception on a single SoC2 die, returning a fused object list to the customer's host system. At ₹1,60,000 and 89% gross margin, it is the volume centre of DeepGrid's compute line, with management projecting ₹28.8 Cr revenue at 1,800 units by FY2032.
- Listed price
- ₹1,60,000
- FY2032 revenue
- ₹28.8 Cr
- Share of plan
- 2.5%
- Gross margin
- 89%
- First revenue
- FY2028
- Volume plan
- 1,800 @ FY32
From input to outcome
Proposed product architecture. The scene illustrates its application, not a shipped kit.
Two cameras cover a wider field or a stereo pair
The board runs perception on both streams on one SoC2
Fused output is returned to the customer's application
Their system acts on it
Drag to rotate. Conceptual layout, not a mask.
On the die
The case in brief
- At ₹1.60 L and 89% gross margin, the A100 2ch is the volume centre of the compute line, with management projecting ₹28.8 Cr revenue at 1,800 units by FY2032.
- Two channels is the first configuration where cross-view fusion demands purpose-built transformer hardware, giving the SoC2 a defensible technical justification over general-purpose processors.
- All FY2028 revenue is gated by the SoC2 tapeout, and the 1,800-unit FY2032 target rests on a 0.20% capture of a third-party market estimate, with capture rates as management assumptions.
What it is used for
Reversing with side detection
- Buyer
- Integrators building multi-camera perception without taking DeepGrid's full kit
- The job
- A vehicle or platform needs simultaneous rear and side awareness during low-speed manoeuvres, but a four-channel surround system is more than the application requires.
- What DeepGrid supplies
- Two camera inputs processed on one SoC2 produce a fused near-field output covering both views, returned to the integrator's own application without requiring a full surround compute stack.
Two-camera inspection rig
- Buyer
- Integrators building multi-camera perception without taking DeepGrid's full kit
- The job
- Industrial or logistics inspection systems need to reconcile two views of the same scene into a single object list, a task a single-channel module cannot perform and a four-channel card would over-provision.
- What DeepGrid supplies
- The board runs perception on both streams simultaneously on one SoC2 and returns a fused output, using the hardware transformer path that the two-channel configuration is the first to justify over a general-purpose processor.
Small autonomous platform
- Buyer
- Integrators building multi-camera perception without taking DeepGrid's full kit
- The job
- A compact autonomous platform requires stereo or dual-angle perception for navigation but cannot accommodate the cost or board space of a four-channel PCIe card.
- What DeepGrid supplies
- The A100 2ch board provides stereo-pair or wider-field dual-stream perception with host integration, sold direct or through electronics distribution, at a price point positioned as roughly double the single-channel SKU for twice the channels.
The story
A dual-channel compute board with SDK, priced at ₹1.60 L and aimed at the volume centre of the compute line.
The A100 Compute Box 2ch is a board-level module combining two camera inputs, a single SoC2 die, camera input harnessing, and the SDK and model toolchain in one self-contained unit. It sits at ₹1.60 L, roughly double the single-channel entry SKU for twice the channels, and is positioned as the highest-volume product in DeepGrid's compute-box ladder. First revenue is expected in FY2028, the year the SoC2 ASIC era begins across the portfolio.
- ₹1.60 LUnit price
- SystemsSegment
- ComputeOperating domain
- FY2028First revenue
- Two-channel SoC2 boardComponent 1
- Camera input harnessingComponent 2
Two streams processed in parallel on one SoC2 produce a fused object list, the first configuration that justifies purpose-built transformer hardware.
The signal chain follows DeepGrid's four-stage pattern: two cameras cover either a wider combined field or a stereo pair, the board runs perception on both streams simultaneously on a single SoC2, a fused output is returned to the customer's host application, and that application acts on it. Two channels is the threshold at which reconciling two views of the same scene into one object list becomes necessary, making the hardware transformer path built into the SoC2 the right tool rather than a general-purpose processor. The board shares the same toolchain and SDK as the single-channel entry SKU, so no additional certification path is required.
- Two cameras, wider field or stereoStage 1: Sense
- Both streams on one SoC2Stage 2: Compute
- Fused output to host appStage 3: Decide
- Customer system actsStage 4: Act
- Hardware transformer pathSilicon approach
- Same toolchain as entry SKUCertification dependency
Integrators who need more than one camera view but not a full surround system, reached direct and through electronics distribution.
The buyer is a systems integrator building multi-camera perception, reversing with side detection, a two-camera inspection rig, a compact autonomous platform, who would find a four-channel surround card wasteful and a single-channel module insufficient. DeepGrid reaches them directly and through electronics distribution, avoiding the installation and warranty logistics that compress margins on system-level products. The addressed pool is the automotive edge-AI accelerator modules market, sized at $4.8B in 2025 and projected by Dataintelo at $22.6B by 2034 at a 21% CAGR; the FY2032 volume of 1,800 units represents a 0.20% capture rate, which is a management assumption against that third-party estimate.
- Integrators, multi-camera perceptionBuyer
- Direct & electronics distributionChannel
- More than one view neededPurchase trigger
- $4.8B (2025)Market pool size
- $22.6B by 2034, 21% CAGRPool growth (Dataintelo)
- 0.20% at FY2032Capture rate (mgmt proj.)
Management projects ₹28.8 Cr at 89% gross margin by FY2032, contributing 2.5% of group revenue as the volume centre of the compute ladder.
At 1,800 units and ₹28.8 Cr in FY2032, the A100 2ch is a mid-tier group contributor rather than a standalone destination; its strategic role is to let one SoC2 die address multiple price points across the compute-box line simultaneously. The 89% gross margin is consistent with the broader silicon-and-compute segment, and the shared toolchain with the single-channel SKU keeps the incremental cost of this rung low. The revenue ramp doubles each year from FY2028 through FY2031 before reaching the plan target, all figures being management projections.
- 1,800 unitsFY2032 units (mgmt proj.)
- ₹28.8 CrFY2032 revenue (mgmt proj.)
- 2.5% of groupRevenue share (mgmt proj.)
- 89%Gross margin (mgmt proj.)
- Volume centre, compute linePortfolio role
- No added certification pathToolchain dependency
- ₹0 CrFY270 units
- ₹1.81 CrFY28113 units
- ₹3.6 CrFY29225 units
- ₹7.2 CrFY30450 units
- ₹14.4 CrFY31900 units
- ₹28.8 CrFY321,800 units
What has to go right
The single most critical dependency is the SoC2 ASIC tapeout: without it, no FY2028 revenue begins for this SKU or any of the eight other products scheduled to launch that year. The toolchain shared with the single-channel SKU is an advantage for cost, but it also means a toolchain problem affects multiple products simultaneously. Volume growth assumes integrators adopt dual-camera architectures at the projected rate; buyers who find the four-channel card wasteful and the single channel insufficient must exist in sufficient numbers to reach 1,800 units by FY2032, which is a management assumption against a third-party market estimate. Distribution through electronics channels adds a route-to-market dependency that is separate from the silicon risk.
Key dependency ASIC tapeout.
Further reading and viewing
Related products
Prices, volumes, revenues and margins are management projections. The text is written from the linked documents, and every figure in it appears in the source it came from.