The imagery illustrates the physical systems behind AI. It does not document Zenith Infra-owned facilities, completed projects or available inventory. Photographers, manufacturers and source organisations do not endorse Zenith Infra.
Product imagery
Official product foregrounds are placed into separately generated settings. Hardware features are retained while the surrounding environment and shadows are composed around them. The finished images are resized and compressed for the web. Product names and marks identify the equipment, not an endorsement of Zenith Infra.
ASUS XA GB721-E2, NVIDIA GB300 NVL72
Product imagery by ASUS. Official product source.
Official front-view product renders used for the hero and related rack imagery. The dedicated-cluster and continuous eight-rack row illustrations repeat the same official rack front at equal scale on one plane; they are not photographs of installed clusters or evidence of available capacity. ASUS marketing and adaptation permission remains pending.
Transparent padding removed, product uniformly resized and placed into a separately generated setting. Contextual lighting and contact shadows are composed around the original equipment. The finished image is WebP compressed.
Dell PowerEdge XE9712, GB300 NVL72 compute sled
Product imagery by Dell Technologies. Official product source.
Official product render used for the separate top-down compute-sled detail. This is a different manufacturer’s system, rather than an internal view of the ASUS rack.
Transparent padding removed, product uniformly resized and placed into a separately generated setting. Contextual lighting and contact shadows are composed around the original equipment. The finished image is WebP compressed.
Lenovo ThinkSystem SR680a V4 HGX B300 8-GPU system
Product imagery by Lenovo. Official product source.
Official product render used for the eight-GPU server imagery.
Transparent padding removed, product uniformly resized and placed into a separately generated setting. Contextual lighting and contact shadows are composed around the original equipment. The finished image is WebP compressed.
ASUS XA NB3I-E12 NVIDIA HGX B300 eight-GPU server
Product imagery by ASUS. Official product source.
Official ASUS XA NB3I-E12 product image of a complete 9U NVIDIA HGX B300 eight-GPU server, used for the Compute scene. This is a complete server, rather than a detached GPU module or an internal view of the GB300 rack. ASUS marketing permission remains pending.
Transparent padding removed, product uniformly resized and placed into a separately generated setting. Contextual lighting and contact shadows are composed around the original equipment. The finished image is WebP compressed.
Supermicro SRS-VR-NVL72 Vera Rubin NVL72
Product imagery by Supermicro / NVIDIA. Official product source.
Supermicro SRS-VR-NVL72, NVIDIA Vera Rubin NVL72. Official Supermicro Vera Rubin NVL72 straight front in a matching frontal equipment bay; framed for the existing paired-image1.25zoom.
Original equipment isolated from its source backdrop where required, uniformly resized and placed into a separately generated setting. Context and contact shadows are composed around the retained equipment; the finished image is WebP compressed.
NVIDIA Vera Rubin NVL72 compute tray
Product imagery by NVIDIA (visual), published copy via StorageReview. StorageReview-hosted source image.
NVIDIA Vera Rubin NVL72 lid-off compute-tray rendering, reproduced from a StorageReview-hosted keynote-style slide. StorageReview publication and adaptation permission, plus applicable NVIDIA image and product-design permission, remain pending before public launch. Identification does not imply endorsement or partnership.
Original equipment isolated from its source backdrop where required, uniformly resized and placed into a separately generated setting. Context and contact shadows are composed around the retained equipment; the finished image is WebP compressed.
NVIDIA Quantum-X800 InfiniBand switch
Product imagery by HPE / NVIDIA. Official product source.
NVIDIA Quantum-X800 Q3200-RA / HPE NVIDIA InfiniBand XDR 2x36-port switch (P79109-B21), two rack units, straight front. Compact network-fabric product illustration; NVIDIA Quantum-X800 InfiniBand switch, not Spectrum-X.
Original equipment isolated from its source backdrop where required, uniformly resized and placed into a separately generated setting. Context and contact shadows are composed around the retained equipment; the finished image is WebP compressed.
Vertiv CoolChip CDU2300
Product imagery by Vertiv. Official product source.
Vertiv CoolChip CDU2300 coolant distribution unit. Current Vertiv CoolChip CDU2300 closed cabinet; cooling infrastructure illustration, not an installed operational system or inventory claim.
Original equipment isolated from its source backdrop where required, uniformly resized and placed into a separately generated setting. Context and contact shadows are composed around the retained equipment; the finished image is WebP compressed.
ASUS HGX B300 eight-GPU carrier
Product imagery by ASUS. Official product source.
Official interior product image of the eight-GPU carrier in the ASUS XA NB3I-E12 HGX B300 platform. The detail shows its air-cooled heatsink assemblies; it is not a complete server or evidence of Zenith-owned equipment. ASUS marketing-image permission remains pending.
Native product transparency and hardware colours are retained. The selected detail is uniformly resized and placed over a separately generated dark studio setting, with contact shadows underneath, then WebP compressed.
Illustrative product settings
The earlier generated rack-row and service-bay settings, and aisle and work-surface settings, use Frontier supercomputer (12) by Oak Ridge National Laboratory as an inspected architectural and material reference, under CC BY 2.0. The original photograph depicts the Frontier environment at Oak Ridge. Current-generation equipment is separately composited from official manufacturer product imagery.
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Changes include AI-assisted creation of illustrative context, contextual lighting, shadow composition, cropping, resizing and WebP compression. The original product foregrounds are composited separately. These settings do not identify actual Zenith installations.
The continuous eight-rack GB300 row uses the official ASUS front-view image and a NVIDIA-published photograph of a CoreWeave GB200 AI factory as inspected lighting, material and utility-support references for a separately generated empty hall. The original ASUS rack fronts are repeated without hardware retouching, with uniform downsampling and separate contact shadows. The hall is illustrative; ASUS image/adaptation and applicable source-material permissions remain pending.
The generated CDU service-bay setting also uses Industrial Electrical Control Room Interior by Shameer Vayalakkad Hydrose, under the Pexels License, as an inspected physical reference for industrial materials and maintenance clearances. The service bay is AI-assisted illustrative context, with the Vertiv product separately composited.
The separate smooth studio settings use a NVIDIA-published GB200 NVLink manufacturing photograph as an inspected industrial-material and photographic reference. Only empty settings are generated; current product foregrounds are composited separately. Source-material publication permissions remain pending.
The Dell compute-sled detail uses a separate smooth overhead studio setting, guided by the official Dell render, the accepted dark studio treatment and the same NVIDIA-published manufacturing photograph. The original Dell equipment is composited separately; the setting is illustrative and does not depict a Zenith installation.
The open NVIDIA Vera Rubin tray uses its source rendering, the accepted dark studio treatment and the same NVIDIA-published manufacturing photograph as inspected references for an empty seamless bench. The original product pixels are composited separately with underside shadows; the hardware is not generated, recoloured or relit. This illustrative setting does not depict a Zenith installation.
Photographs and adaptations
Rooftop cooling fans
Original photograph on Unsplash by Arno Senoner, under the Unsplash License.
Rooftop cooling fans and service walkways on an industrial building.
The selected photograph is uniformly resized and WebP compressed. No generative adaptation is used.
Kuala Lumpur aerial at night
Original photograph on Unsplash by Yong Chuan Tan, under the Unsplash License.
Kuala Lumpur at night, with illuminated towers and surrounding streets.
The selected photograph is uniformly resized and WebP compressed. No generative adaptation is used.
Kuala Lumpur skyline at night
Original photograph on Unsplash by Muhammad Faiz Zulkeflee, under the Unsplash License.
Kuala Lumpur skyline at night, with the illuminated Petronas Twin Towers.
The selected photograph is uniformly resized and WebP compressed. No generative adaptation is used.
Transmission towers at dusk
Original photograph on Unsplash by Alexandru Boicu, under the Unsplash License.
Electric transmission towers and overhead power lines at dusk.
The selected photograph is uniformly resized and WebP compressed. No generative adaptation is used.
Data-centre aisle
Frontier supercomputer (12) by Oak Ridge National Laboratory, under the CC BY 2.0.
Opposed rows of metal equipment racks beneath overhead service drops in a data centre aisle.
Built-in AI adaptation of lighting, crop, material tone and removal of lettering; WebP resizing and compression.
Facility cooling and plant
Data center roof.jpg by Rsparks3, under the CC0 1.0.
Rows of rooftop heat-rejection equipment and service enclosures with maintenance walkways.
Built-in AI lighting/crop adaptation; WebP resizing and compression.
Secured colocation space
Cage Quelle EMC HostCo GmbH by Virtuo Doc, under the CC BY-SA 4.0.
Empty secured colocation cage and white equipment cabinets at EMC HostCo GmbH. Third-party contextual photograph. Not a Zenith-owned, operated, offered or completed facility; no endorsement implied.
Uniformly resized at the original aspect ratio and encoded as lossy WebP. No crop, grade, generation, retouching, geometry change or hardware-detail alteration before encoding. Metadata stripped for web delivery.
The adapted image and all downloadable derivatives remain available under CC BY-SA 4.0. This image licence does not apply to the surrounding website, text, logo or other separately credited images.
Electrical control room
Industrial Electrical Control Room Interior by Shameer Vayalakkad Hydrose, under the Pexels License.
Industrial electrical switchgear/control room with long row of closed13.8kV panels. Third-party contextual photograph. Not a Zenith-owned, operated, offered or completed facility; no endorsement implied.
Uniformly resized at the original aspect ratio and encoded as lossy WebP. No crop, grade, generation, retouching, geometry change or hardware-detail alteration before encoding. Metadata stripped for web delivery.
Data-centre campus
Google Data Center, Council Bluffs Iowa (49062863796) by Chad Davis, under the CC BY 2.0.
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Aerial view of Google data-centre campus at Council Bluffs, Iowa at sunset. Third-party contextual photograph. Not a Zenith-owned, operated, offered or completed facility; no endorsement implied.
Uniformly resized at the original aspect ratio and encoded as lossy WebP. No crop, grade, generation, retouching, geometry change or hardware-detail alteration before encoding. Metadata stripped for web delivery.
Data-centre rack aisle
Server Racks on Data Center by Brett Sayles, under the Pexels License.
Actual data-centre aisle with multiple rack cabinets and overhead cable/power trays. Third-party contextual photograph. Not a Zenith-owned, operated, offered or completed facility; no endorsement implied.
Uniformly resized at the original aspect ratio and encoded as lossy WebP. No crop, grade, generation, retouching, geometry change or hardware-detail alteration before encoding. Metadata stripped for web delivery.
Work on a liquid-cooled NVSwitch assembly
Official AWS liquid-cooling feature by Amazon Web Services (AWS).
Real photograph of technical work on an NVSwitch assembly. It provides infrastructure context and does not depict Zenith personnel, premises or a completed Zenith project. No exact GPU generation is claimed. Commercial publication permission remains pending.
Approved detail crop, uniform downsampling and WebP compression only. No generation, grading or component retouching.
Cluster fabric and optics
NVIDIA Blackwell infrastructure feature by NVIDIA.
Real network-interconnection photograph published with NVIDIA’s Blackwell infrastructure feature. No exact photographed switch model is inferred. This is reference imagery, not a Zenith deployment or evidence of available capacity. Commercial publication permission remains pending.
Uniform downsampling and WebP compression only. Equipment, cabling and source colours are retained.
Illustrative elevated AI data hall
Original AI-assisted illustration created for Zenith Infra with OpenAI, showing contained rack rows, overhead coolant headers and power busway. The generic hall is illustrative; it does not depict a photographed facility, Zenith personnel or a completed Zenith project.
The native 3456-pixel artwork receives a small local label cleanup, cropping, uniform downsampling and WebP compression. No identifiable manufacturer equipment is depicted.
Illustrative campus expansion
Original AI-assisted artwork created for Zenith Infra with OpenAI, showing an enclosed hall beside a later phase under construction. The generic campus is illustrative, not a Zenith facility, project or record of delivered capacity.
Inspected architectural references are Rivabellosa — Data Center Merlin Properties 1 by Zarateman and Steel frame structure by Wikideas1, both dedicated under CC0 1.0 Universal. They guide building massing and structural relationships; the generated scene does not identify either reference site or imply its owner’s endorsement.
The native 3456-pixel artwork receives a small local sky retouch, uniform downsampling and WebP compression. No manufacturer product hardware is generated or depicted in detail.
City and power-grid photographs provide geographic or infrastructure context. They do not identify offices, owned sites or particular capacity supplied by Zenith Infra.
Earlier hardware photograph
HGX B200 eight-way GPU board
Nvidia DGX-B200-HGX.jpg by Pokiiri, under CC BY-SA 4.0.
The real photograph used in the earlier presentation is retained with its credit and licence. Its full frame, hardware and original display placard are preserved without generative alteration. Changes are limited to uniform resizing and WebP re-encoding.
The photograph and its smaller versions remain available under CC BY-SA 4.0. That image licence does not apply to the surrounding website, text or logo.
Diagrams and map
NVIDIA, Blackwell, Vera Rubin, HGX, NVLink, Grace and Quantum are trademarks of NVIDIA Corporation. Product names identify the systems discussed; they do not imply endorsement or partnership.
GB300 NVL72 reference drawing
Original Zenith Infra schematic based on NVIDIA’s GB300 NVL72 Enterprise Reference Architecture, Figure 1, checked 12 November 2026. The drawing represents the published component grouping, not exact rack-unit positions or an OEM faceplate. It does not identify Zenith-owned equipment, inventory or an installed system. NVIDIA is the source of the reference information, not an endorsement of Zenith Infra.
Southeast Asia market map
Made with Natural Earth geographic data, available in the public domain. Coastlines and country geometry are resampled into an original dot-matrix treatment. The map shows market context, including Peninsular and East Malaysia; Kuala Lumpur is a city reference. Marks do not identify facilities, deployments or available capacity. The United States inset refers to selected colocation scope.
Identity and typography
Zenith Infra identity
The Connected identity and wordmarks are supplied by the company. The original AI-assisted cobalt sculpture is derived from that identity. It is abstract brand artwork, contains no third-party photograph pixels and depicts no technical equipment or physical installation.
Archivo
Website typography uses Archivo Variable, distributed under the SIL Open Font License.