Fast PC Transfer Rate and Maximum Framerate
SuperSpeed V‑Modules
SuperSpeed V‑Modules with USB 3.0 and DDR3
SuperSpeed V‑Modules combine maximum on-board data rates with an efficient and easy to use USB interface. Equipped with DDR3 on-board memory and USB 3.0 interface, SuperSpeed V‑Modules deliver exceptional speed and extended functionalities. Compared to on-board SSD memory DDR3 technology offers significantly higher data transfer rates, lower latency, and superior real-time data access, ensuring continuous, high-speed data flow to the DMD. SuperSpeed V-Modules achieve maximum on-board data throughput taking full advantage of the data rate of the DLPx10 chipsets.
Whether for industrial, medical or scientific applications, they provide a high-performance solution achieving maximum switching rates and fast image upload.
SuperSpeed V‑Modules are powered by the trusted ALP Controller Suite, which offers a versatile Application Programming Interface (API) designed for flexible control and customization.
SuperSpeed V-Modules - Technical Specifications
There are eight SuperSpeed V‑Modules available; they vary in DMD format and wavelength range. For more details see Technical specifications.
| V-Module | V-7001 UV | V-7001+ UV |
| DMD format | XGA |
| DMD chip | DLP7000UV |
Wavelength | 363 - 420 nm |
| V-Module | |
| DMD format | 1 080p |
| DMD chip | DLP9500UV |
Wavelength | 363 - 420 nm |
| V-Module | |
| DMD format | WQXGA |
| DMD chip | DLP9000XUV |
Wavelength | 355 - 420 nm |
| V-Module | V-650L |
| DMD format | WXGA |
| DMD chip | DLP650LNIR |
| Wavelength* | 800 - 2 000 nm |
Special Shapes for DLP® Subsystems: Compact and Turned
Compact V-Module
The compact design of the DMD board enable a reduced assembly space by coupling the flex cable connection on two PCB edges instead of only one. Moreover, the use of a rigid flex PCB grants now a 90° angular routing of the flex connection. SuperSpeed V‑Modules V‑9501 as well as V‑9001 are available in this compact DMD board format. For more details see Technical specifications.
Turned V-Module
By turning the micromirror hinge-axis of the DMD 45°, the assembly towards the DMD optics may be simplified and more space efficient since the light source can be adjusted comfortably in parallel to the DMD board. The design is based on a rigid-flex circuit board which connects the main board through one fixed flex connection. SuperSpeed V‑9001 is available in this turned DMD board format. For more details see Technical specifications.
SuperSpeed V-Modules - Information for Download
Datasheet of SuperSpeed V-Modules
