Digital Light Processing (DLP) | High-performance DLP® subsystems

Maximum PC Transfer Rate and Maximum Framerate

UltraSpeed V‑Modules

UltraSpeed V‑Modules with PCIe, USB 3.0 and DDR4

UltraSpeed V‑Modules deliver unmatched performance by combining DDR4 on-board memory with a high-performance PCIe Gen3 interface for ultra-fast image upload and real-time streaming. Designed to achieve maximum PC transfer rates, UltraSpeed V‑Modules enable ultra-low latency streaming from virtually unlimited PC memory. UltraSpeed V-Modules excel in dynamic data handling, enabling continuous image upload exceeding the data rate of the high-performance chipsets and set a new standard for speed in dynamic image streaming.

Whether for industrial, medical or scientific applications, they provide the ultimate solution for ultra-fast image upload and real-time streaming.

UltraSpeed V‑Modules are powered by the trusted ALP Controller Suite, which offers a versatile Application Programming Interface (API) designed for flexible control and customization.

Block diagram of the UltraSpeed V-Module system architecture for controlling a DMD via USB 3.0/PCIe, consisting of a PC, FPGA, memory, and controller.

UltraSpeed V-Modules enable the maximum PC transfer rate and allow an ultra-fast on-board memory access.

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).

The image shows the funcitional principle of the DLS concept.

UltraSpeed V-Modules - Technical Specifications

Initially, six UltraSpeed V‑Modules are available, which differ in DMD format and wavelength range. For more details see technical specifications.

V-Module	V-7002 UV
DMD format	XGA
DMD chip	DLP7000UV
Wavelength	363 - 420 nm

V-Module	V-7002
DMD format	XGA
DMD chip	DLP7000
Wavelength	400 - 700 nm

V-Module	V-9502 UV \| V-9502c UV
DMD format	1 080p
DMD chip	DLP9500UV
Wavelength	363 - 420 nm

V-Module	V-9502 \| V-9502c
DMD format	1 080p
DMD chip	DLP9500
Wavelength	400 - 700 nm

V-Module	V-6502
DMD format	1 080p
DMD chip	DLP6500
Wavelength	400 - 700 nm

V-Module	V-9002 UV \| V-9002c UV
DMD format	WQXGA
DMD chip	DLP9000XUV
Wavelength	355 - 420 nm

V-Module	V-9002 \| V-9002c
DMD format	WQXGA
DMD chip	DLP9000X
Wavelength	400 - 700 nm

V-Module	V-650L02
DMD format	WXGA
DMD chip	DLP650LNIR
Wavelength*	800 - 2 000 nm

V-Module	V-9903 UV
DMD format	4K
DMD chip	DLP991UUV
Wavelength	343 - 410 nm

V-Module	V-9903
DMD format	4K
DMD chip	DLP991U
Wavelength	400 - 800 nm

* NIR models can be used up to 2 500 nm with reduced efficacy. Further details can be found here.

UltraSpeed V-Modules - Information for Download

Datasheets of UltraSpeed V-Modules

UltraSpeed V-Modules (PDF)
Technical specifications of V-Modules (PDF)

UltraSpeed V-Modules - Applications

UltraSpeed V-Modules are designed and crafted for industrial and R&D applications.

DLP® technology applications - used for Machine Vision

DLP® technology applications - used for Lithography

DLP® technology applications - used for 3D Printing

DLP® technology applications - used for Virtual Reality

DLP® technology applications - used for Spectroscopy

DLP® technology applications - used for Bioengineering