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Enpirion’s extensive family of point-of-load DC-DC converters, are leading the market in helping Solid State Drive manufacturers address their power architecture design requirements. Enpirion’s PowerSoC devices, with an integrated inductor, deliver the industry’s highest density/smallest form factor, without compromising performance and efficiency. Enpirion PowerSoCs offer up to 8x better reliability than competing solutions. As a result, SSD manufacturers have turned to Enpirion to meet these challenges: - Demand for increased storage capacity in space constrained form factors: SSDs have at least three point-of-load voltage rails that consume valuable PCB space. Enpirion offers a broad range of PowerSoC DC-DC Converters that are 75 percent smaller than competitive products, enabling designers to optimize their power designs and deliver the highest-capacity slim SSD drives and densely stacked multi-board SSDs.
- Time to Market: This is a fast-evolving, high growth market with many sub-segments requiring timely commercialization of a portfolio of competitive products. Enpirion PowerSoC DC-DC Converters require fewer design steps with significantly less exposure to design cycle iteration. Fully validated and proven PCB layout and design files are provided, enabling customers nearly 100 percent first-pass reported success.
- High Reliability – repository on Enterprise’s mission critical data and Consumer’s records and personal content: Enpirion PowerSoCs achieve 21,800 years mean time between failure (MTBF). Enpirion high-efficiency power management ICs are truly industrial graded and do not require load de-rating at 85 °C ambient temperature. Enpirion's step-down, buck converters are specified, simulated, characterized, validated and manufacturing-tested as a complete power system – which, when coupled with tightly controlled IC manufacturing processes and fewer total components, yields unsurpassed reliability.
- Continuous cost reduction: In addition to competitive cost, Enpirion PowerSoCs require fewer external components (typically 3 to 6), have low ripple and EMI (eliminating the need for external noise filters), while their thermal performance and construction negate the need for heatsinks.
- High Efficiency for reduced energy consumption: Enpirion PowerSoc point-of-load DC-DC converters achieve up to 96 percent efficiency.
Check out these links to numerous Enpirion-powered SSD designs: mSATA Drives
SATA Drives
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 1 |
SATA Drive 1 Close-up |
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 2 |
SATA Drive 2 Close-up |
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 3 |
SATA Drive 3 Close-up |
2 x EN6337QI, 1 x EP53A8HQI |
DC DC Converter Powering SATA SSD Drive 4 |
SATA Drive 4 Close-up |
2 x EN6337QI, 1 x EP53A8HQI |
DC DC Converter Powering SATA SSD Drive 5 |
SATA Drive 5 Close-up |
2 x EN6337QI, 1 x EP53A8HQI |
DC DC Converter Powering SATA SSD Drive 6 |
SATA Drive 6 Close-up |
| 2 x EN6347QI |
DC DC Converter Powering SATA SSD Drive 7 |
SATA Drive 7 Close-up |
| 2 x EN6347QI |
DC DC Converter Powering SATA SSD Drive 8 |
SATA Drive 8 Close-up |
| 2 x EN6337QI |
DC DC Converter Powering SATA SSD Drive 9 |
SATA Drive 9 Close-up |
| 2 x EP53A8xQI |
DC DC Converter Powering SATA SSD Drive 10 |
SATA Drive 10 Close-up |
| 1 x EN6337QI |
DC DC Converter Powering SATA SSD Drive 11 |
SATA Drive 11 Close-up |
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 12 |
SATA Drive 12 Close-up |
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 13 |
SATA Drive 13 Close-up |
1 x EP5368QI, 1 x EP5388QI |
DC DC Converter Powering SATA SSD Drive 14 |
SATA Drive 14 Close-up |
1 x EP5368QI, 1 x EP5388QI |
DC DC Converter Powering SATA SSD Drive 15 |
SATA Drive 15 Close-up |
3 x EN5322QI, 2 x EP5358xUI |
DC DC Converter Powering SATA SSD Drive 16 |
SATA Drive 16 Close-up | SAS Drives
PCIe Drives
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 1 |
PCIe Drive 1 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 2 |
PCIe Drive 2 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 3 |
PCIe Drive 3 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 4 |
PCIe Drive 4 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 5 |
PCIe Drive 5 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 6 |
PCIe Drive 6 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 7 |
PCIe Drive 7 Close-up |
2 x EN63A0QI, 2 x EN6360QI, 1 x EN6347QI, 1 x EN6337QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 8 |
PCIe Drive 8 Close-up |
2 x EN63A0QI, 2 x EN6360QI, 1 x EN6347QI, 1 x EN6337QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 9 |
PCIe Drive 9 Close-up |
1 x EN6360QI, 1 x EN5364QI, 1 x EN6337QI, 1 x EN5322QI, 2 x EP53A8HQI |
DCDC Converters Powering PCIe SSD Drive 10 |
PCIe Drive 10 Close-up |
2 x EC2630QI, 2 x EN6360QI, 1 x EN6337QI |
DCDC Converters Powering PCIe SSD Drive 11 |
PCIe Drive 11 Close-up |
1 x EN5394QI, 1 x EP5358xUI |
DCDC Converters Powering PCIe SSD Drive 12 |
PCIe Drive 12 Close-up |
1 x EN5366QI (on back-side) |
DCDC Converters Powering PCIe SSD Drive 13 |
PCIe Drive 13 Close-up | Other Form Factors
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