A. Design Vendor will work with NIAR/WSU to verify or refine system design. Vendor will also provide services to design any custom hardware specific to this configuration that is not a readily available product, specifically regarding mounting of transition columns and third-party tracking camera systems if mounts are not available. B. Manufacturing The vendor will provide manufacturing or subcontracting services where necessary to deliver any custom hardware required for system installation. C. Installation Vendor will provide hardware and structure installation services at remote facility of partnering organization. The vendor should allocate an installation period for up to one week and will be expected to provide personnel who will meet the compliance and security requirements to work within ITAR/CUI secured spaces. D. Software The only software requested under this proposal is software from hardware OEMs required to configure and operate the individual components utilized in the system. No additional or optional software is currently requested. E. CAVE Configuration The CAVE configuration will be as follows. Mockups of this system are shown in Figure 1 and Figure 2. Dimensions in Figure 1 are representative of preferred size to fit physical space constraints. • Installation o System installation will be permanent o Center Wall 6 cabinets wide by 7 cabinets tall, installed on vertical support columns. o Side Walls Two walls, 4 cabinets wide by 7 cabinets tall. Side walls mounted directly to wall or constructed framing. o Side Wall Transitions 4 total columns, 2 per side, 2 cabinets wide by 7 cabinets tall, each column angled 15 degrees relative to adjacent wall. F. Hardware Information-The following represents hardware requested for the LED Cave System(s). • LED CAVE System (Configuration Pictured Below) o 126x Pensar TFP Luminosity 1.2mm TAA LED Cabinets (Flip Chip COB) o Video Processing/Control System and all required hubs and receiving cards required to facilitate 3D rendering at a minimum of 120Hz (60Hz per eye/input channel). The system should be compatible with dual-channel 3D configuration (1 DisplayPort connection per eye/channel). o Input cards must be Display Port (DP) 1.2. o Mounting hardware & structure to facilitate mounting in corner of room (see figured below) This may include custom mounting frames built onto the surface of wall. o Mounting adapters to facilitate angled cabinet connections o Mounter adapters to facilitate telecom equipment installation (if necessary) and tracking cameras that will be acquired by NIAR/WSU. o Cosmetic trim panels where appropriate • 20x Pairs XPand Vision RF X105 Active 3D Glasses (Equivalent/Better Acceptable) • 1x XPand Vision AE125-RF-Emitter Pro (Equivalent/Better Acceptable) • QSC Core 8 Flex Audio Processor or equivalent • QSC SPA-QF60X2-NA or equivalent • 2x RENKUS-HEINZ TX 62 Speaker or equivalent • SHURE MXA710B-4FT-TA or equivalent • All Cables, Connectors, Equipment, and Structure elements required to construct the system shown in the mockup imaged below.
