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Supply Strategy
DDR3 is not dead: securing supply for long-lifecycle industrial designs
Why mature DDR3 stays in industrial BOMs years after OEM allocation ends — and how to qualify a stable second source.
Read guide →Free cross-reference data, part-number decoders and practical buying notes — built for sourcing teams that buy DRAM and power ICs in volume. The library maps original part numbers to HGCHIPS equivalents across DDR3 (1.35 V / 1.5 V, VFBGA-96), DDR4 (1.2 V, FBGA-78/96) and LPDDR4X (up to 4266 MT/s, VFBGA-200), and explains how each field — density, organization (for example 512Mx16), speed grade, package and temperature range — has to match before you qualify a replacement.
245 DDR3 / DDR4 / LPDDR4(X) HG parts with density, organization, speed, voltage, package and temperature grade — mapped against Samsung / SK Hynix / Micron / Nanya originals.
31 HG-series modules mapped to ADI LTM46xx / LTM80xx / LTM36xx part numbers — for power design teams evaluating drop-in options.
Testing flow, cross-reference coverage, footprint and supply capabilities — ready to share with your sourcing or engineering team.
| Field | Example | Why it has to match |
|---|---|---|
| Density | 8 Gb | The die capacity your BOM and controller expect. |
| Organization | 512Mx16 | Internal arrangement of the die; a different organization changes row and bank addressing. |
| Speed grade | DDR4-2666 | Must be equal to or faster than the original part at the same clock. |
| Voltage | 1.35 V / 1.5 V / 1.2 V | DDR3L, DDR3 and DDR4 are not interchangeable at the rail level. |
| Package | VFBGA-96 / FBGA-78/96 / VFBGA-200 | Footprint and ball-out must be identical for a true drop-in. |
| Temperature range | Commercial 0 to +95 °C / Industrial −40 to +95 °C | Sets the operating envelope; industrial parts are required where the board runs hot or cold. |
Why mature DDR3 stays in industrial BOMs years after OEM allocation ends — and how to qualify a stable second source.
Read guide →Density, org, speed grade, voltage and temperature decoded line by line for the four mainstream memory vendors.
Read guide →Electrical, thermal and mechanical checkpoints — what our engineers compare before we call a module "compatible".
Read guide →Die revisions change more than the marking. A practical look at why identical part numbers are not always identical.
Read guide →Visual, electrical, functional, burn-in — a repeatable acceptance flow your IQC team can adopt for alternative parts.
Read guide →Supply signals and lead-time trends for embedded storage — plus what to prepare before qualifying an alternative.
Read guide →Two industrial-grade DDR3 options, their Nanya originals, the part-number convention in our table, and the checks to run before qualifying.
Read guide →Sample quantity, what ships with a lot, 48h dispatch on stock lines, and how non-stock grades are quoted instead of promised.
Read guide →All eight guides are live. — meanwhile, you can search the cross-reference data or ask our engineers the specific question directly.
Check compatibility now, or send it to us and get a datasheet-level answer within 24 hours.
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