Skip to content

300,000+ products in stockAI infrastructure + enterprise IT hardware. Genuine product, full manufacturer warranty.

MTFDKCC3T8TFR-1BC1ZABCB: Micron 7450 PRO 3.84TB PCIe 4.0 NVMe U.3 2.5in Enterprise SSD (Read Intensive, PLP)

MPN: MTFDKCC3T8TFR-1BC1ZABCB|By: Micron

Micron 7450 PRO 3.84TB PCIe 4.0 NVMe U.3 2.5in Enterprise SSD (Read Intensive, PLP)

Starting from

$3,420

Indicative. Final pricing is confirmed with your quote.

In Stockships worldwide

Key specs

Capacity
3.84TB
Drive Interface
PCIe
Form Factor
U.3
All specifications
Condition:
New (authorized channel)
Warranty:
Full manufacturer warranty

Get pricing and availability

Email + WhatsApp so we always reach you.

Prefer your own inbox? Email us about this part

Have questions?

Talk to a hardware specialist.

WhatsAppEmail

Bulk order? Request volume pricing

  • Authorized & warrantied

    Sourced through authorized distribution, with the full manufacturer warranty.

  • Compatibility checked

    Validated against your server platform before dispatch.

  • Delivery & lead time

    Confirmed with your quote, including expedited freight where available.

  • Business & public sector

    POs, net terms and volume pricing for qualified organizations, government and edu.

Product overview

Part number MTFDKCC3T8TFR-1BC1ZABCB identifies this Micron 7450 PRO 3.84TB PCIe 4.0 NVMe U.3 2.5in Enterprise SSD (read intensive, PLP). Enterprise SSDs are specified by endurance as much as capacity, and a read-intensive drive put under a write-heavy workload wears out early. This one is 3.84TB. Tell us the workload and we will confirm the endurance class is right before you order.

Send the quantity you need and we will come back within 48 business hours with availability confirmed, not estimated.

Specifications

General

Manufacturer part number
MTFDKCC3T8TFR-1BC1ZABCB
Product Type
Enterprise SSD
Manufacturer
Micron

Technical specifications

Capacity
3.84TB

Interfaces & connectivity

Drive Interface
PCIe

Physical

Form Factor
U.3

Specifications for MTFDKCC3T8TFR-1BC1ZABCB as published by Micron. Where a value is absent it is because we could not verify it, not because it does not exist. Ask and we will check.

Where the Micron MTFDKCC3T8TFR-1BC1ZABCB is deployed

  • Swapping out a failed enterprise SSD for MTFDKCC3T8TFR-1BC1ZABCB under change control
  • Adding a flash tier to an array already in production
  • Building a write-intensive volume for a database or log workload

Who this part is for

  • Teams holding matched spares for a production flash array
  • Procurement buying flash on a purchase order against a fixed build sheet
  • Storage teams refreshing an all-flash tier without changing the array

What you get ordering this from us

Ordered by part number

The order is placed against MTFDKCC3T8TFR-1BC1ZABCB, not against a description of it, so there is no room for a substitution you did not agree to.

Volume pricing

The listed price is per unit; tiered pricing applies at quantity and purchase orders are accepted.

Answered by a human

A quote comes back with the reasoning attached, including the cases where we think you should buy something else.

Questions buyers ask about this part

Is MTFDKCC3T8TFR-1BC1ZABCB genuine and is the warranty intact?

Yes, new and sealed, with the Micron warranty and the firmware update path intact. We do not sell refurbished stock as new, and we do not source grey-market units.

Will MTFDKCC3T8TFR-1BC1ZABCB work in my server?

Send the server or array model and the controller behind it. We check the carrier, the firmware family and whether the drive is on the platform's supported list, since mechanical fit is the easy part.

Do you accept purchase orders and quote at volume?

Yes, POs from qualified organisations, net terms on approval, and banded pricing once the quantity is worth banding. Send the number and we will price it properly.

Compare other Enterprise SSD we stock

Browse all Enterprise SSD or everything we stock from Micron.

Specifying a system, not just the part?

Training throughput is limited by how fast data reaches the accelerators, which is why AI nodes are specified with NVMe in front of the GPUs.