Premier Component Interposer Design
Optimal LPDDR4 validation requires analysis of the LPDDR4 signals as seen by the memory components. This allows for the highest confidence that the signals captured are representative, contain little interference, and present the maximum possible data eye size. Nexus Technology component interposers allow for any oscilloscope to be used for probing LPDDR4 signals extremely close to the memory components.
Software
Oscilloscope de-embedding software filters/removes interposer effects. Please contact Nexus for the appropriate de-embedding software for your interposer.
Product Configuration Table
| Nomenclature | Data Width | Interposer Type | Quantity |
|---|---|---|---|
| NEX-LP4POP366BSC | 4 channels x16 | Direct Attach/Socketed Oscilloscope | 1 |
| NEX-LP4POP366BSCSK | 4 channels x16 | Direct Attach/Socketed Oscilloscope | 1 |
Available Accessories
| Type | Desc. | Quantity | Nomenclature |
|---|---|---|---|
| Riser | Riser elevates interposer .050″ | 1 | NEX-RSRLPDDR4366 |
| Solder Balls | Install solder balls on riser | 1 | NEX-OPT-SOLDERBALLS-RSR |
Attachment Service
Nexus Technology’s expert attachment service provides a ready-to-go test solution customized to your application. We will attach the interposer and any additional accessories to your application’s target. We can also power-on and test your application to confirm functionality. Please contact us for more information.
Mechanical Outline
NEX-LP4POP366BSC
NEX-RSRLPDDR4366