ASIC Count on the Hash Board

ASIC chip compatibility table for Antminer hashboards helps you identify which chip marking belongs to your miner model before ordering parts, sending a board for repair, or comparing a failed ASIC chip found during diagnostics.

Different Antminer generations use different ASIC chip families, even when the miner names look similar. S19, S19j Pro, S19 XP, S19k Pro, S21, S21+, and S21 XP boards may all look like “19/21 series” equipment from the outside, but they do not use the same ASIC chips. Mixing BM1362, BM1366, BM1368, or BM1370 chips is not a shortcut. It is how expensive boards become educational material.

This guide is written for miners, hosting facilities, and repair customers who are searching for questions like “what ASIC chip does Antminer S21 use?”, “BM1370 chip compatible miners”, “Antminer S19 XP chip marking”, or “which hashboard uses BM2382AA?” If you need chip replacement add-ons, start with our ASIC chips collection. If you need diagnosis first, review our Antminer repair process.

ASIC Chip Guide by Antminer Series

Before using the full compatibility table, it helps to understand the main Antminer chip families. Bitmain model names can be confusing: S19, S19j Pro, S19 XP, S19k Pro, S21, S21+, S21 XP, L7, L9, KS5, KA3, and Z15 may all look like “just another hashboard repair” from the outside, but they use different ASIC chip markings, board layouts, algorithms, and diagnostic patterns.

Antminer 19 Series ASIC Chips

The Antminer 19 series includes S19, S19 Pro, S19j, S19j Pro, S19 XP, S19k Pro, T19, S19a, S19a Pro, and Hydro variants. These boards may use BM1398, BM1362, BM1366, or related chip families depending on the exact model and board revision. For exact chip replacement links, use the compatibility table below instead of guessing by miner name, because Bitmain naming conventions are apparently allergic to simplicity.

Antminer 21 Series ASIC Chips

The Antminer 21 series includes S21, S21 Hydro, T21, S21 Pro, S21+, S21 XP, and S21 XP Hydro. These models commonly use BM1368 or BM1370 chip families depending on the specific miner. If your S21 hashboard shows 0 ASIC detected, incorrect ASIC count, unstable domains, or overheating under load, chip marking is only one part of the diagnosis.

Antminer L-Series ASIC Chips

The Antminer L-series covers Scrypt miners such as L3+, L7, and L9. Antminer L7 boards are commonly associated with BM1489 / B20 chips, while Antminer L9 boards use BM1491AA. For Scrypt miner failures such as missing ASIC count, unstable hashrate, chain errors, or temperature faults, identify the chip first and then confirm the root cause through board-level diagnostics.

Altcoin Antminer ASIC Chips: KS, KA, K, Z, D, DR, E, and HS Series

Altcoin Antminers use algorithm-specific ASIC chip families. KS-series miners use Kaspa / kHeavyHash chips such as BM2380AA, BM2382AA, and BM2384BA. KA3 uses BM2110AA, Z15 uses BM1746AA, HS3 uses BM2130AA, and D7 uses BM1764AB. Use the table below to match chip markings to miners before ordering parts or sending the board for repair.

Antminer ASIC Chip Compatibility Table by Model

Use this table to match the ASIC chip marking to the Antminer model family. Some models have multiple board revisions, and some chip suffixes vary by production batch, so always confirm the marking on the actual chip before ordering parts or approving chip replacement.

Where a matching chip replacement page exists, the chip marking in the table links directly to that service. If a chip is listed without a link, use the ASIC chips collection or contact us with the miner model, board revision, chip marking, and kernel log.

How to Use This ASIC Chip Compatibility Table

1. Match the chip marking, not just the miner model

Do not rely only on the sticker on the case. Open the board, inspect the actual ASIC chip marking, and compare it with the table. Many Antminer model names have multiple board revisions, and the wrong chip suffix can waste time, money, and whatever optimism remained after the first kernel log.

2. Confirm whether the fault is really an ASIC chip

A failed chip can cause missing ASIC count, 0 ASIC detected, chain errors, low hashrate, unstable domains, or temperature sensor faults. But the same symptoms can also come from bad LDOs, damaged clock/reset lines, EEPROM mismatch, corroded connectors, cracked solder joints, or overheated board sections.

3. Use chip compatibility as a repair intake tool

If you are sending a hashboard for repair, include the miner model, board revision if visible, chip marking if readable, and the exact kernel log error. Useful examples include “chain X has 0 asic,” “failed to read hashboard,” “voltage init error,” “ASIC count mismatch,” “temp sensor read failed,” or “domain voltage abnormal.” For EEPROM-related failures, see our Antminer EEPROM repair service.

ASIC Chip Replacement and Hashboard Repair

Antminer Repair provides USA-based hashboard diagnostics and component-level repair for Antminer boards, including ASIC chip replacement when diagnostics confirm the failed chip is the root cause. We test repaired boards on dedicated diagnostic equipment and under real mining load before return shipment.

Need help identifying the chip or deciding whether the board is worth repairing? Send photos of the hashboard, the chip marking, and the kernel log through our contact page.

Related ASIC Repair Services

• ASIC Chips Collection
• Antminer S21 Hashboard Repair Service
• Antminer S21+ Hashboard Repair Service
• Antminer S21 XP Hashboard Repair Service
• Antminer S19 XP Hashboard Repair Service
• Antminer S19j Pro Hashboard Repair Service
• Antminer L9 Hashboard Repair Service
• Antminer L7 Hashboard Repair Service
• Antminer KS5 Hashboard Repair Service
• Antminer Z15 Hashboard Repair Service
• Antminer EEPROM Repair
• How to Ship Your Miner or Hashboards for Repair
• Our Antminer Repair Process
• Contact Repair Team