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Micron 6500 ION EOL Transition Guide | Edge Electronics

Written by Jake Hurley | March 27, 2026 at 1:51 PM

The Micron 6500 ION is heading toward EOL, and it's time to look at what's next.

The answer depends on where you are in your product life cycle.

  • If you need to act now, the Micron 6550 ION is available today, a PCIe Gen5 upgrade that doubles available capacity over the 6500 ION.
  • If your workload requirements are 122TB capacity or higher, the Micron 6600 ION is on the horizon.

This guide covers both paths: what each drive offers, how the specs stack up, and how to find your part number replacement, so you can make the right call for your infrastructure.

Key EOL Dates

Micron has issued a Product Discontinuance Notification (PDN) for the Micron 6500 ION NVMe SSD. The key dates customers need to plan around are:

  • Last Order Date: August 25th, 2026
  • Last Ship Date: February 25th, 2027

Orders placed after the Last Order Date will not be accepted. Customers who have not yet secured inventory or begun their transition should act promptly. Once the Last Ship Date passes, the 6500 ION will no longer be available through any channel.

If you have questions about your specific situation or need help planning your procurement timeline, contact Edge for guidance.

Micron 6500 ION Part Number Conversions

The tables below map each Micron 6500 ION SKU to its 6550 ION and 6600 ION replacements, grouped by form factor and security configuration.

U.2 Form Factor • SED (TCG Opal) • 30TB

Standard sector size (1) and 4K sector size (4) variants. Most deployments use the “1” variant.

  • Sector Size: 512 Bytes
    • 6500 ION (EOL): MTFDKCC30T7TGR-1BK1DFCYY
    • 6550 ION Replacement: MTFDLAL30T7THL-1BK1DFCYY
    • 6600 ION Replacement: MTFDLAL30T7QHF-1BQ1DFCYY
  • Sector Size: 4096 Bytes
    • 6500 ION (EOL): MTFDKCC30T7TGR-1BK4DFCYY
    • 6550 ION Replacement: MTFDLAL30T7THL-1BK4DFCYY
    • 6600 ION Replacement: Contact Us

U.2 Form Factor • Non-SED • 30TB

Unencrypted drives. Standard and 4K sector size variants.

  • Sector Size: 512 Bytes
    • 6500 ION (EOL): MTFDKCC30T7TGR-1BK1JABYY
    • 6550 ION Replacement: MTFDLAL30T7THL-1BK1JABYY
    • 6600 ION Replacement: MTFDLAL30T7QHF-1BQ1JABYY
  • Sector Size: 4096 Bytes
    • 6500 ION (EOL): MTFDKCC30T7TGR-1BK4JABYY
    • 6550 ION Replacement: MTFDLAL30T7THL-1BK4JABYY
    • 6600 ION Replacement: Contact Us

U.2 Form Factor • SED (TCG Opal) • 60TB Upgrade Path

The 6500 ION did not offer a 60TB option. These 6550 ION SKUs represent an upgrade in capacity for existing U.2 customers.

  • Sector Size: 512 Bytes / 4096 Bytes
    • 6500 ION (EOL):
    • 6550 ION Replacement: MTFDLAL61T4THL-1BK1DFCYY (512B)
    • 6550 ION Replacement: MTFDLAL61T4THL-1BK4DFCYY (4K)
    • 6600 ION Replacement: MTFDLAL61T4QHF-1BQ1DFCYY

U.2 Form Factor • Non-SED • 60TB Upgrade Path

The 6500 ION did not offer a 60TB option. These 6550 ION SKUs represent an upgrade in capacity for existing U.2 customers.

  • Sector Size: 512 Bytes / 4096 Bytes
    • 6500 ION (EOL):
    • 6550 ION Replacement: MTFDLAL61T4THL-1BK1JABYY (512B)
    • 6550 ION Replacement: MTFDLAL61T4THL-1BK4JABYY (4K)
    • 6600 ION Replacement: MTFDLAL61T4QHF-1BQ1JABYY

E1.L Form Factor • SED (TCG Opal) • 30TB *

The product number below represents the 512 byte sector size. E1.L is supported on the 6550 ION but not on the 6600 ION.

  • Sector Size: 512 Bytes
    • 6500 ION (EOL): MTFDKBN30T7TGR-1BK1DFCYY
    • 6550 ION Replacement: MTFDLBN30T7THL-1BK1DFCYY
    • 6600 ION Replacement: No E1.L option on 6600 ION

E1.L Form Factor • Non-SED • 30TB *

Unencrypted E1.L drives. The product number below represents the 512 byte sector size. The 6600 ION does not offer an E1.L option.

  • Sector Size: 512 Bytes
    • 6500 ION (EOL): MTFDKBN30T7TGR-1BK1JABYY
    • 6550 ION Replacement: MTFDLBN30T7THL-1BK1JABYY
    • 6600 ION Replacement: No E1.L option on 6600 ION

E1.L Form Factor • 60TB Upgrade Path *

60TB E1.L available on the 6550 ION only. The 6600 ION does not offer an E1.L option.

  • Sector Size: 512 Bytes (SED / Non-SED)
    • 6500 ION (EOL):
    • 6550 ION (SED) Replacement: MTFDLBN61T4THL-1BK1DFCYY
    • 6550 ION (Non-SED) Replacement: MTFDLBN61T4THL-1BK1JABYY
    • 6600 ION Replacement: No E1.L option on 6600 ION

* E1.L form factor ends with the Micron 6550 ION. The 6600 ION does not offer an E1.L option. Customers with E3.S-capable platforms should consider transitioning to E3.S for long-term compatibility. Contact Edge for guidance.

Compatibility Notes

6500 ION to 6550 ION:

  • U.3 to U.2: The 6500 ION uses the U.3 (SFF-8639) connector; the 6550 ION uses U.2 (SFF-8639). These share the same physical connector and are slot-compatible. No hardware modification is required.
  • PCIe Gen5 backward compatibility: The 6550 ION is fully backward compatible with PCIe Gen4 platforms. In a Gen4 server, the drive will operate at Gen4 speeds. A Gen5-capable host platform is required to realize the full performance improvement.
  • E1.L form factor: Transitions to the 6550 ION E1.L as a like-for-like replacement. Note that E1.L ends with the 6550 ION.
  • E3.S form factor (new on 6550): The 6550 ION introduces E3.S-1T, which wasn’t available on the 6500 ION. This is an optional upgrade path for customers seeking higher density.

6500 ION to 6600 ION:

The 6600 ION is available in U.2 (15mm) and E3.S-1T (7.5mm) form factors. Customers on E1.L with the 6500 ION should note that the 6600 ION doesn’t currently offer an E1.L option; A form factor change would be required.

  • PCIe Gen5: Like the 6550 ION, the 6600 ION runs on PCIe Gen5 and is backward compatible with Gen4 platforms at Gen4 speeds.
  • QLC vs. TLC: The 6600 ION uses QLC NAND rather than the TLC NAND found in both the 6500 and 6550 ION. For write-intensive workloads, customers should review endurance ratings carefully.
  • Availability: The 6600 ION is not yet broadly available through distribution. Contact Edge to discuss timelines.

About the Micron 6550 ION NVMe SSD

The Micron 6550 ION is a PCIe Gen5 enterprise NVMe SSD available in 30.72TB and 61.44TB capacities across three form factors: U.2 (15mm), E3.S-1T (7.5mm), and E1.L (9.5mm). Security options include Non-SED and SED with FIPS 140-3 L2 certifiable configurations.

Features & Benefits of the Micron 6550 ION

  • PCIe Gen5 x4 interface; up to 14,000 MB/s sequential read
  • Up to 61.44TB capacity, enabling over 1.2 petabytes of storage per 1U server in E3.S configuration
  • Up to 20% lower SSD power consumption than competing 60TB SSDs at the same performance levels
  • NVMe configurable power states: 25W (max) down to 10W
  • OCP 2.5 compliance with L1 ASPM idle power management, enabling idle power as low as 4W vs. 5W on the 6500 ION
  • 1 RDWPD endurance rating for 16KB random writes
  • SED with FIPS 140-3 Level 2 certifiable options, SPDM 1.2 attestation, and Secure Encrypted Environment (SEE)
  • E3.S-1T form factor; 67% greater rack density vs. comparable U.2 configurations
  • Vertically integrated design: Micron NAND, DRAM, controller, firmware, and manufacturing for supply chain reliability

What About the Micron 6600 ION?

If you’re looking for the highest capacity drive available, this is it. The Micron 6600 ION is a PCIe Gen5 enterprise NVMe SSD with capacities up to 122TB (E3.S) and 245TB (E3.L).

The 6600 ION is currently sampling and is not yet broadly available through distribution channels. Customers who need to transition now should plan around the 6550 ION.

A few points worth keeping in mind:

  • The 6600 ION’s 122TB+ capacity is most compelling for hyperscale and extreme-density deployments. For the majority of enterprise customers, the 6550 ION is the practical and better-performing fit.
  • The 6600 ION does not currently offer an E1.L form factor. Customers on E1.L with the 6500 ION will need to change form factors when transitioning to the 6600 ION.

Micron 6500 ION vs. 6550 ION vs. 6600 ION: Spec Comparison

Feature Micron 6500 ION (EOL) Micron 6550 ION Micron 6600 ION
Interface PCIe Gen4 x4 (NVMe 2.0) PCIe Gen5 x4 (NVMe 2.0b) PCIe Gen5 x4 (NVMe 2.0b)
NAND Type Micron 232-layer TLC Micron G8 232-layer TLC Micron G9 QLC
Capacity 30.72TB 30.72TB / 61.44TB 30.72TB / 61.44TB / 122.88TB
Form Factor(s) U.3 (15mm), E1.L (9.5mm) U.2, E3.S-1T, E1.L U.2 (15mm), E3.S-1T (7.5mm)
Seq. Read (128KB) 6,800 MB/s 14,000 MB/s (61.44TB) 14,000 MB/s
Seq. Write (128KB) 5,000 MB/s 7,000 MB/s 2,700 MB/s (30T) / 3,000 MB/s (122T)
Rand. Read (4KB) 1,000,000 IOPS 2,000,000 IOPS 2,000,000 IOPS
Rand. Write (4KB) 200,000 IOPS 70,000 IOPS 100,000 IOPS
Endurance 0.3 DWPD (random) 1.0 RDWPD (16KB random) 0.3 RDWPD (4KB) / 1.0 SDWPD (128K)
Max Active Power 20W 25W (max unconstrained) 25W (max)
Idle Power 5W 4W (L1 ASPM, OCP 2.5) 5W
Security SED or Non-SED SED + FIPS 140-3 L2 or Non-SED SED + FIPS 140-3 L2 or Non-SED
OCP Compliance OCP 2.0 OCP 2.5 OCP 2.6
MTTF 2.5M hours 2.5M hours 2.5M hours
Warranty 5 years 5 years 5 years
Availability EOL Available now Sampling. Not broadly available

Did You Know? The 6550 ION Also Comes in 61.44TB

The 6550 ION is available in a 61.44TB configuration, doubling per-drive capacity over the 6500 ION with no change in power envelope. In E3.S configuration, 20 drives per 1U server yields approximately 1.2PB per rack unit compared to 24 U.2 drives per 2U for roughly 0.75PB per rack unit. Customers with high-density storage requirements should evaluate whether the 61.44TB SKU reduces server count, rack footprint, and associated licensing costs.

Metric 30.72TB Config (Like-for-Like) 61.44TB Config (Upgrade Path)
Drives per 1U server (E3.S) 20 drives 20 drives
Storage per 1U ~615TB ~1.2PB
Storage per rack (36U) ~22PB ~44PB
Sequential Read 14,000 MB/s 14,000 MB/s
Random Read IOPS 1,600,000 2,000,000

Ready to Plan Your Transition?

Whether you're moving to the Micron 6550 ION today or evaluating the 6600 ION for the future, Edge can help you navigate part numbers, compatibility, platform support, and pricing. Contact us today for expert guidance from our in-house Micron FAE, Keith Peterson, recently named Micron Americas Distribution FAE of the Year.

Wondering why partnering with an authorized distributor protects and strengthens your supply chain? Read our article here.