SuperSpeed V‑Modules combine maximum on-board data rates with an efficient and easy to use USB interface. Equipped with DDR3 SDRAM on-board memory and USB 3.0 interface, SuperSpeed V‑Modules achieve exceptional speed and efficiency, and provide functionality beyond the capabilities of DLP Discovery kits from Texas Instruments. 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. Based upon SDRAM high bandwith SuperSpeed V‑Modules achieve maximum on-board data throughput taking advantage of up to 61 Gbit/s sustained data rate of the DLPCx10 chipsets.
In industrial, medical, and scientific applications, SuperSpeed V‑Modules enable customers to gain a high performance solution by maximum switching rates and fast image upload.
SuperSpeed V‑Modules are powered by the trusted ViALUX ALP Controller Suite, which offers a versatile Application Programming Interface (API) designed for flexible control and customization.
There are nine SuperSpeed V‑Modules available; they vary in DMD format and wavelength range. For more details see Technical Specifications.
Special shapes for V-Modules: compact and turned
Compact V-Module
The compact design of the DMD-board permite 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-Module V-9001 is available in this turned DMD-board format. For more details see Technical specifications.
V-Modules Concept Extension:
V-Module: V-7001+
V-7001+ with 0.7" XGA DMD is available for visible and ultraviolet light and offers a direct connection up to two Sony IMX 174 image sensors (others on request). All data flow operations are performed by the ViALUX FPGA logic, enabling excellent real-time precision. For more details see Technical specifications and System architecture.| V-Module | V-9501 | V-9501c |
| DMD format | 1 080p |
| DMD chip | DLP9500 |
| Wavelength* | 400 - 700 nm |
| V-Module | V-7001 | V-7001+ |
| DMD format | XGA |
| DMD chip | DLP7000 |
| Wavelength* | 400 - 700 nm |
| V-Module | V-7001 UV | V-7001+ |
| DMD format | XGA |
| DMD chip | DLP7000UV |
Wavelength* | 363 - 420 nm |
| V-Module | V-650L |
| DMD format | WXGA |
| DMD chip | DLP650LNIR |
| Wavelength* | 800 - 2 000 nm |
| V-Module | V-9501 UV | V-9501c UV |
| DMD format | 1 080p |
| DMD chip | DLP9500UV |
Wavelength* | 363 - 420 nm |
| V-Module | V-9601 |
| DMD format | WUXGA |
| DMD chip | DLP9600 |
| Wavelength* | 400 - 700 nm |
| V-Module | V-9001 UV | V-9001c UV | V-9001t UV |
| DMD format | WQXGA |
| DMD chip | DLP9000XUV |
Wavelength* | 355 - 420 nm |
| V-Module | V-6501 |
| DMD format | 1 080p |
| DMD chip | DLP6500 |
| Wavelength* | 400 - 700 nm |
| V-Module | V-9001 | V-9001c | V-9001t |
| DMD format | WQXGA |
| DMD chip | DLP9000X |
| Wavelength* | 400 - 700 nm |
* All models can be used up to 2 500 nm with reduced efficacy.
Contact >> 