Cross-project media retention
Bring common assets, past programmes and long-lived projects into a defined directory and access structure. Teams can reuse media without searching and transferring between separate devices.
Professional Media Storage
LecenSpeed 48-Bay Media Storage
Central storage for large media libraries and long-lived online projects.
LecenSpeed 48-bay media storage serves broadcast libraries, production content centers and long-lived online projects. Capacity, drive groups and access paths are planned around media reuse, daily production, AI MAM analysis, migration and independent backup.
Product brand: LecenSpeed
- Drive bays
- 48 bays
- Media access
- Network sharing
- Sizing
- Capacity and concurrency
Overview
Allocate storage around library growth and access frequency
A large library combines frequently edited media, reusable online assets and less frequently accessed material. The 48-bay series provides a capacity foundation, with resources allocated around access frequency, retention and background tasks. Production access, analysis and backup are planned separately to manage contention.
In focus
Capabilities and production benefits
Production and library coordination
Plan active production areas, library access and backup paths by frequency and throughput needs. Frequent playback and occasional archive retrieval require different resource allocations.
File access for AI MAM
Provide controlled media-reading paths for analysis and schedule them against production demand. The MAM index handles content discovery while storage preserves and serves the source files.
Capacity and operational planning
Consider drive grouping, usable space, rack power and cooling alongside rebuild, migration and recovery windows. Capacity growth is supported by a workable maintenance plan.
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 48-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
Content libraries
Retain programmes, footage collections and reusable assets alongside structured cataloguing and search workflows.
Long-running productions
Provide organized online media and delivery areas for large projects that remain active over extended periods.
Media storage for AI MAM
Hold source files for analysis, preview and retrieval while scheduling indexing around production access.
Application and workflow visuals
Engineering decisions
Define the configuration. Validate the workflow.
Model the library's lifecycle and growth
Assess existing media, daily additions, online retention and reuse across projects, rather than maximizing raw capacity alone. Count originals, proxies, derivatives and backups separately. Archival migration or tiering requires confirmed software and destination media; automatic tiering is not assumed.
Define failure scope and recovery windows
Distinguish disks, protection groups, controllers, enclosure and site as different failure scopes. More bays do not establish independent redundancy. Plan separate copies, spares and recovery bandwidth around allowable data loss and restoration time, including the practicality of large rebuilds and library-wide recovery.
Control background competition with production
Map catalogue scans, proxy generation, AI analysis, migration and backup reads alongside live editing. Verify proposed permissions, scheduling or rate controls individually. Also check rack load, power, cooling and access for drive replacement.
Suggested validation and handover checks
Represent the real library, not only large files
Test realistic file counts, directory depth, file-size distribution and capacity utilization while production and background reads run together. Record browsing, first-open response, playback and scan duration. A small set of large files does not represent a mature media library.
Use recovery exercises to validate sizing
Restore representative project collections from an isolated copy, checking content hashes, permissions and application usability. Record source, network and destination bottlenecks. Treat full-library recovery time as an assumption-based estimate unless tested at that scale; do not turn a small sample into a guarantee.
Check media-to-catalogue reconnection
In a test library, move, rename or restore files and verify the agreed procedure for reconnecting catalogue records and proxies. Deliver capacity thresholds, expansion steps, retention rules and operational ownership. Identify unconfigured alerts or automation as requirements still to be confirmed.
FAQ
Common questions
How is usable capacity calculated for a 48-bay system?
Start with drive capacity, installed drive count, array layout and spares, then account for file-system overhead. Bay count alone does not specify usable capacity.
How should a large library be organized?
Separate active production, common assets and long-retention content by access frequency, retention and permissions, with corresponding backup and migration plans.
How are capacity and high-concurrency production balanced?
Size capacity and throughput separately. Allocate array and network resources to production peaks and background tasks, separating workloads where appropriate.
How should AI MAM read the media?
Use controlled shared paths, keep indexes and originals deliberately organized, and schedule scanning and analysis against production demand.
What else is needed for long-term preservation?
Provide independent backup or archive copies, recovery checks and maintenance planning. Online accessibility and long-term recoverability are distinct requirements.
Does a 48-bay enclosure inherently provide archiving or high availability?
No. Bay count establishes neither dual controllers, failover, offline copies nor long-term preservation. Archiving also needs integrity checks, version and metadata management, media renewal and recovery procedures. High availability needs its own architecture and failure tests.
Is another volume on the same appliance an independent backup?
It can share enclosure, controller, administrative or site failures with the original. Define how independent the copy is and which incidents it protects against. Select separate equipment, isolated access or off-site media to meet the recovery objective, then test restoration.
Technical references and supply scope
LecenSpeed 48-Bay is a Lecen storage series. Confirm the supplied version and library configuration. Tiering, clustering, immutable backup and media-management interfaces require individual verification; preservation and security guidance is not product certification.
- NIST SP 800-209: storage infrastructure security and recovery
- FADGI: creating and archiving born-digital video
These references explain principles and integration conditions. Confirm capabilities against the supplied revision, project configuration and agreed tests.
Project brief
Information for configuration
Data tiers
Separate active production, retained media and backup/archive copies.
Growth horizon
Plan annual growth, retention and migration windows.
Facility
Check rack space, load, power, cooling and service access.
Explore more
Related products
Professional Media Storage
LecenSpeed 12-Bay Media Storage
Shared media storage sized for compact production environments.
View product
Professional Media Storage
LecenSpeed 16-Bay Media Storage
Rackmount shared storage for departmental production networks.
LecenSpeed series reference, not a verified photo of this bay-count model
View product
AI Media Asset Management
Lecen AI Media Asset Management
Content indexing and time-based discovery for media production.
AI-generated concept, not a product or project photograph.
View productExplore more
Related solutions
Media Workflows & Asset Management
AI Media Asset Management System (Intelligent Media Center)
Make the existing media library easier to search and reuse.
AI-generated concept, not a product or project photograph.
Explore solution
Media Workflows & Asset Management
4K/8K Post-Production Network Solution
Shared media from ingest through finishing.
AI-generated concept, not a product or project photograph.
Explore solutionTalk to Lecen
Scope your 48-bay media storage
Share media formats, online capacity, workstation count and existing networking to match storage to the production workload.