UltraSpeed V‑Modules are designed to match data transfer rates of the PC with the DMD´s capability and thus offer true streaming in high-performance class.
UltraSpeed V‑Modules are equipped with state-of-the-art features that ensure outstanding performance for your applications by combining maximum on-board data rates and extended memory capacity with an efficient PCI Express or USB 3.0 interface. With a sustainable DDR4 SDRAM on-board memory capacity UltraSpeed V‑Modules offer maximum speed and efficiency. The V‑Modules are powered by the proven ALP Controller Suite software, offer versatility and compatibility.
Initially, five UltraSpeed V‑Modules are available, which differ in DMD format and wavelength range. For more details see Technical Specifications.
| V-Module | V-9502 |
| DMD format | 1 080p |
| DMD chip | DLP9500 |
Wavelength*** | 400 - 700 nm |
| V-Module | V-9502 UV |
| DMD format | 1 080p |
| DMD chip | DLP9500UV |
Wavelength*** | 363 - 420 nm |
| V-Module | V-7002 |
| DMD format | XGA |
| DMD chip | DLP7000 |
Wavelength*** | 400 - 700 nm |
| V-Module | V-7002 UV |
| DMD format | XGA |
| DMD chip | DLP7000UV |
Wavelength*** | 363 - 420 nm |
| V-Module | V-650L02 |
| DMD format | WXGA |
| DMD chip | DLP650LNIR |
Wavelength*** | 800 - 2 000 nm |
In addition, the UltraSpeed V‑Modules support the innovative ViALUX Direct Link Sensor (DLS) concept, which enables seamless integration into existing systems. With the DLS concept, ViALUX offers precisely synchronized DLP projection and image acquisition within one FPGA logic.
The UltraSpeed V‑Modules also support different image sensors, which are also available at ViALUX, to allow versatile applications.
For a rapid entry into development work, we have implemented an application programming interface (API) as a dynamic-link library (DLL).
UltraSpeed V-Modules are designed and crafted for industrial and R&D applications.
* Switching rate at 1 bit B/W with full array
** Typical value, can vary depending upon data compression ratio and PC.
*** All models can be used up to 2 500 nm with reduced efficacy.
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