Shared read and write access
Give editing, grading, graphics and ingest workstations access to central media, reducing transfers between roles. Organize directories by programme, project and production stage.
Professional Media Storage
LecenSpeed 24-Bay Media Storage
Shared storage for concurrent editing, grading, graphics and ingest.
LecenSpeed 24-bay media storage centralizes online media and production assets for broadcasters, post-production facilities and multi-project teams. Drive arrays, workstation access and storage uplinks are configured together for sustained reads, writes and concurrent production tasks.
Product brand: LecenSpeed
- Drive bays
- 24 bays
- Media access
- Network sharing
- Sizing
- Capacity and concurrency
Overview
Design storage and networking around concurrent production
Playback, ingest, rendering reads and delivery writes can place simultaneous demands on drives and networking. The 24-bay series provides a shared media foundation, with drive layout, array strategy and network connections matched to that combined workload.
In focus
Capabilities and production benefits
Sustained-throughput configuration
Use bitrate, simultaneous streams, read/write balance and project count to select drives and interfaces. Include multi-camera playback and background writes in the workload profile.
Production-network integration
Configure workstation access, switch ports, storage uplinks, optics and cabling as one system. Assign connectivity to each role’s workload and address bottlenecks along the path.
Central project organization
Separate active projects, common assets and deliveries within the storage layout. Define access permissions, independent backup and maintenance windows for routine operation and capacity management.
Workflow
From media ingest to shared production
Network access, directory structure, permissions and media references establish how the production team uses central storage.
Ingest media
Place camera media, audio and graphics in project directories and check file integrity.
Organize storage
Configure capacity and protection and separate sources, working files and deliveries.
Connect workstations
Set up networking, shared paths and access rights for production applications.
Retain and back up
Manage project versions against retention needs and preserve important content in an independent backup.
Integration
Deployment and production integration
Size the configuration from project capacity, media formats and concurrent workstations, then verify networking and production access together.
Profile workload and capacity
Identify source bitrates, concurrent streams, incoming writes and online retention. Distinguish raw capacity, array-usable space and operating headroom.
Configure sharing and networking
Set client access, switches and storage uplinks alongside directories, accounts and permissions. Record the paths used by production applications.
Verify production and recovery
Test representative playback, ingest and delivery. Preserve configuration and independent backups and check the recovery procedure.
Configuration
Configuration and selection
| Product series | LecenSpeed 24-bay professional media storage |
|---|---|
| Deployment | Rackmount; installation specifications follow the selected model |
| Media access | Central media sharing across production workstations |
| Capacity sizing | Drive capacity, drive count, RAID layout and hot spares |
| Network configuration | Matched client access, switching and storage uplinks |
| Production workload | Codec bitrate, concurrent streams and read/write balance |
| Data organization | Project directories, permissions and independent backup |
Applications
Production applications
Broadcast production
Plan capacity and I/O for ingest, programme editing and final deliveries within one production environment.
Post-production facilities
Provide a shared media structure for editors, colourists and graphics artists, sized for the actual codecs.
Multi-project content teams
Keep active projects online while separating working media, deliveries and independent backup copies.
Application and workflow visuals
Engineering decisions
Define the configuration. Validate the workflow.
Plan for mixed multi-project workloads
Evaluate how ingest writes, editorial seeks, sustained grading reads and graphics exports interact on the 24-bay configuration. Build a schedule-based workload matrix and assess a shared pool against separate groups. Separate folders do not provide physical I/O isolation.
Assess array and network limits together
Review proposed drives, protection groups, controller and cache policy alongside switch aggregation, client access and uplink oversubscription. Capacity, sustained throughput and small-file response are separate requirements. A brief sequential copy to an empty array is not a production workload test.
Include maintenance in the service requirement
Specify acceptable degraded operation, backup windows and production priorities during rebuilds. Choose group width, drive capacity and population with failure impact and maintenance time in mind. Do not presume one 24-drive array or dual controllers from the series name.
Suggested validation and handover checks
Sustain playback and writes together
Use representative long-form, multicamera and graphics projects while running the agreed reads, ingest and exports. Cover the planned range of capacity utilization and sustained behavior beyond cache benefits. Record stalls, per-client response, disk queues and uplink utilization.
Measure maintenance impact safely
With test data and a verified backup, use manufacturer-approved procedures to assess degradation, rebuilding or background verification. Record the workload during recovery and elapsed completion time. Mark untested failure scenarios explicitly; do not infer uninterrupted service.
Follow a project across production roles
Take media from ingest through editing, grading and graphics to delivery. Verify paths, permissions, file integrity and version relationships. Deliver the workload matrix, topology, protection layout and test conditions as a baseline for future expansion.
FAQ
Common questions
How is native 4K or 8K editing capability assessed?
Profile codec bitrate, concurrent streams, timeline complexity and background I/O, then test actual projects. Equal image resolution does not imply equal storage demand.
Which capacity figures should be specified?
List both raw and array-usable capacity. RAID, spares and file-system overhead affect usable space; operating and growth reserves are allocated within it.
How is bandwidth allocated across network interfaces?
Design client connections, switching and storage uplinks together. Link aggregation and SMB Multichannel use different mechanisms; single-connection speed is not simply the sum of port ratings.
How does shared access relate to project collaboration?
Storage provides a shared media location. Application locking, project databases or bin sharing are managed by the selected production software and integration and verified separately.
Which tasks should integration testing cover?
Run concurrent playback, ingest, rendering reads, delivery and backup workloads. Record sustained performance and check recovery and media references.
Should all 24 bays form one maximum-size volume?
Decide from protection overhead, failure impact, rebuild windows and workload. A large volume simplifies space management but does not remove contention. Multiple volumes on the same pool may still share the same physical performance limits.
How is suitability for grading or high-bitrate originals established?
Agree actual media formats, concurrent streams, quality settings and background writes. Measure sustained playback and seeking in the target software. Capacity and interface ratings describe configuration, not application-level acceptance.
Technical references and supply scope
LecenSpeed 24-Bay is a Lecen storage series. Protection layout, controllers, protocols and performance require verification against the supplied configuration. References support engineering decisions, not an assumed operating system, certification level or completed benchmark.
- Microsoft Learn: SMB performance and backing-storage constraints
- NIST SP 800-209: storage protection, isolation and recovery assurance
These references explain principles and integration conditions. Confirm capabilities against the supplied revision, project configuration and agreed tests.
Project brief
Information for configuration
Sustained load
Test long playback and writes with real projects, not cache bursts alone.
Project collaboration
Validate file sharing and project locking separately.
Operational recovery
Document maintenance, backup and restoration exercises.
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Scope your 24-bay media storage
Share media formats, online capacity, workstation count and existing networking to match storage to the production workload.