IDV (Intelligent Desktop Virtualization) keeps images and policies centrally managed on the backend for unified delivery, yet the desktop runs locally on the endpoint and directly taps the local CPU/GPU. The vDisk Converged Cloud Management Platform is built on the IDV5 cloud desktop core engine: performance on par with a physical machine, offline use even when the network drops, one master image managing heterogeneous endpoints, and on-demand startup across network / semi-cached / fully-cached modes — unlike VDI, which piles compute onto data-center servers and stalls when the network fails, while saving several times the manpower of traditional PC imaging.
Even among cloud desktops, where the compute lives and whether it works offline determine how manageable and how laggy it is.
The IDV5 cloud desktop core engine brings "easy to manage" and "easy to use" together in a single architecture.
The master image and policies are stored centrally on the server and distributed uniformly, yet the desktop runs entirely on the local terminal—drawing directly on the machine's own CPU and GPU. As a result, the IDV cloud desktop runs large design, simulation, and engineering software as smoothly as a physical machine. With the image cache held on the local disk, work can continue offline even during network jitter or outages, eliminating over-reliance on the central data room.
From the architecture's core to daily O&M, IDV delivers performance, availability, and manageability all at once.
The desktop runs locally on the endpoint, directly using the local CPU/GPU, so professional software for 3D, CAD and simulation performs on par with a physical machine.
Images are cached on the local disk, so terminals can still boot and run offline during network jitter or outages — your lifeline is not tied to a central server.
Network diskless boot, semi-cache on-demand reads, and full-cache fully local—choose freely according to terminal hardware and network conditions.
A single master image is deployed to heterogeneous terminals with BIOS/UEFI dual boot; the image pool is centrally managed and differential updates take effect instantly.
Clean on reboot, paired with smart-learning mode that automatically saves personalized drivers and settings, and recovery can return to a personal snapshot.
Resumable transfers with use-while-downloading; already-downloaded terminals automatically seed and share, so the more you deploy the faster it gets, with near-zero server load.
The personal cloud drive in the teaching space works just like a local system drive: lab environments run directly and data roams freely across terminals.
Adapted for Kunpeng / Phytium / Loongson / Hygon CPUs, with native support for UOS and Kylin OS and driver compilation provided.
Wherever you need local performance, centralized management, and resilience against network failures, IDV is the right fit
Large professional software runs at full frame rate on the local GPU, and graphics workloads that VDI struggles with are easily handled on IDV.
One image deploys to all endpoints, with exam images pushed separately—restore in 30 seconds after the exam, clean on every reboot.
Full-cache mode caches everything locally, so classes go on as usual even during lab disconnections or backbone jitter—and operations no longer take the blame.
One image is compatible with multiple brands and batches; small disks can run it via partial cache, saving you the budget for a full fleet replacement.
The IDV migration can proceed in phases, keeping a parallel window so normal operations aren't interrupted
Review terminal models, disk capacity, network bandwidth and software versions to determine the right combination of network / partial-cache / full-cache modes.
Build one master image to validate BIOS/UEFI dual boot on heterogeneous terminals and the local performance of professional software.
Pick one lab to validate cache modes, 30-second restore, and personal-network-disk roaming, and verify stability.
Roll out in batches by building or campus; BT chained distribution gets faster the more you push, while the original environment runs in parallel for transition.
Set up image templates and scheduled tasks, run an operations dashboard plus SSD health alerts, and review weekly and monthly for continuous optimization.
Shanghai Chengcheng Information Technology Co., Ltd. has focused on desktop virtualization for years, turning architectural advantages into real-world operations
Runs locally with performance on par with a physical machine; graphics workloads that VDI can't handle run smoothly on IDV.
Full caching keeps a complete local cache, so machines can boot offline even amid backbone jitter or a lab power outage, greatly improving availability.
One image is compatible with multiple brands and batches; keep using old machines and small disks, saving on retrofit budget.
With a Go-rewritten server, resumable downloads used while downloading and BT chained peer transfer, large-scale deployment is both fast and stable.
Adapted for Kunpeng / Phytium / Loongson / Hygon, with native support for UOS / Kylin OS and driver compilation provided.
Standardized implementation process, remote support, and managed O&M—accompanying you from pilot to full rollout.
Discover the complete platform and supporting capabilities behind the IDV cloud desktop
An integrated management platform combining IDV cloud desktop, IoT centralized control, timetable linkage and Mini Program management.
Teacher and student clients share a single image, delivered from the same source as the cloud desktop, handling screen broadcast, monitoring and assignment exchange in one place.
IDV cloud desktop + electronic classroom + IoT centralized control in one—integrated computer lab construction.
See the real O&M changes after universities, vocational schools, and enterprise labs deployed IDV cloud desktops.
Apply for a trial to verify local performance, offline availability and one-image unified management on real terminals, and see exactly how much staff you save and how much more stable it is.