5MP Color Breast Imaging Display - C5MPL
Purpose-built for breast imaging and tomosynthesis workflows, this display combines exceptional color fidelity with high-resolution performance to support accurate Breast Imaging Diagnosis.
• Advanced Color and Grayscale Performance
• Optimized for Mammography and Tomosynthesis
• Designed for long lifecycle support
• FDA 510(k) for Digital Breast Imaging
5MP
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FDA Cleared for Breast Imaging
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Integrated Calibration
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KVM
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Enterprise-Ready
Engineered for Breast Clarity
Purpose-built for diagnostic imaging environments, this system combines calibrated performance, workflow efficiency, and long-term serviceability in a fully integrated solution.
Designed for Breast Imaging
Engineered for Breast Imaging Performance
DBI breast imaging display systems are designed to support the demanding requirements of modern mammography and breast tomosynthesis workflows. Combining FDA-cleared diagnostic displays, enterprise calibration management, and workflow-focused ergonomic design, DBI helps breast imaging centers improve consistency, efficiency, and reading confidence across both on-site and remote environments.
- FDA-Cleared 5MP & 12MP Breast Imaging Displays
- Optimized for Mammography, DBT & Multi-Modality Imaging
- MQSA Reporting & Compliance Tools Included
- Remote Calibration & Enterprise Fleet Management with CFS
- Designed for Teleradiology & Home Reading Environments
- Physicist not required on-site at annual visit
Automated DICOM Calibration with CFS Enterprise Software
Calibration, Compliance & Enterprise Management
Sustain exceptional, diagnostic visual performance through automated DICOM calibration via CFS Calibration Suite®. Built-in sensors measure and corrects luminance and grayscale levels — on demand or via scheduled intervals — removing manual calibration tasks and lessening dependence on standalone QA instruments.
Optimized for demanding diagnostic imaging environments, CFS Calibration Suite® enforces DICOM conformity, mitigates gradual display drift, and maintains image integrity throughout the product lifecycle — fostering accurate clinical reads and enduring diagnostic reliability. Continuous calibration management ensures steady compliance with DICOM standards from installation through end of service.
- Full compliance with the DICOM 3.14 Standard
- Local agent and CFS WebManager bundled
- Included with every display bundle
- Proactive Workstation Maintenance via Email Alerting
- Detailed reporting tools including MQSA, NYC, NYS and Joint Commission
- 100% Developed by Double Black Imaging in the USA
- Productivity Toolkit Included
- Virtuoso Enterprise Management by DBI Available
Integrated KVM for Multi-System Control
Streamlined Control for Multi-System Environments
Reduce operational complexity with embedded KVM technology, providing centralized command of multiple workstations through one cohesive interface. This integrated approach cuts unnecessary hardware and sharpens clinical focus in demanding multi-source environments.
- Single Interface, Complete System Control
- Reduced Hardware and Workspace Clutter
- Full Multi-System & PACS Compatibility
- Smooth, Instant System Switching
- Boosted Efficiency and Sustained Clinical Focus
- Scalable Solution for Any Facility Size
Optimized Ambient & Task Lighting
Optimized Viewing Conditions for Diagnostic Environments
Support superior diagnostic performance with embedded ambient and task lighting crafted for demanding diagnostic environments. Precisely balanced light output combats eye strain and encourages accurate visual interpretation across long imaging sessions. Maintaining deliberate lighting control is vital for dependable visual output and trustworthy diagnostic results.
- Lower Eye Strain Across Extended Diagnostic Sessions
- Heightened Contrast Sensitivity and Perception
- Predictable, Consistent Ambient Conditions
- Built-In Task & Backlighting Integration
- No External Lighting Equipment Required
- Optimized for Dedicated Radiology Reading Rooms
5-Year Warranty with USA-Based Service & Support
Comprehensive Warranty & Industry Leading Support
Supported by a complete 5-year warranty and USA-based service operations, this solution is built to deliver consistent uptime, reduced resolution times, and confidence across the full span of system use. Rigorous testing, hands-on integration, and dedicated servicing are all performed at DBI’s Colorado facility — reflecting an uncompromising commitment to quality and customer satisfaction.
Counted on every day by thousands of enterprise health organizations, Radiologists, and PACS Administrators nationwide, DBI carries a well-earned reputation for industry-leading support and dependable long-term service.
- Advance Hot-Swap Included
- Complete 5 Calendar Year Warranty Protection
- Direct USA-Based Support Team Access
- Faster Turnaround and Reduced Operational Downtime
- Long-Term Performance You Can Count On
- Wholly Tested, Integrated & Serviced in the USA
- Proven in Enterprise, Health System and Remote Reading Environments
C5MPL Specifications
Key technical details for evaluating performance, compatibility, and long-term deployment requirements.
Resolution
2048 x 2560 Portrait; 2560 x 2048 Landscape
Screen Size and Active Area
21.3″ Diagonal Screen Size; 13.375″ x 16.625″ Active Area
Screen Type
LED Backlit LCD
Brightness
1100 cd/m2; 420-600 cd/m2 ACR Recommended Calibrated Brightness
Contrast
1800:1
Viewing Angle
178 Degrees Typical
Pixel Pitch
0.165 x 0.165 mm
Response Time
5ms (GtG at Faster)
Video Inputs
Display Port (2), DVI x 1 (Dual link), USB (2 Up, 2 Down, Ver 3.0)
Dimensions W x H x D (Inches)
24.97 x 14.4 x 9.19″ with stand; 18.6 x 14.4 x 3.07″ w/o stand
Weight (lbs)
17.3 lbs w/ stand ; 12.01 lbs w/o stand
Power Supply
External for added reliability. AC Input to power brick: 100-240V
Power Consumption (on/savings)
100W (Max) / 2W during Power Save
Certifications
IEC (IEC 60601-1/IEC 60601-1-2), EN (EN 60601-1/EN 60601-1-2), IEC (IEC 60950-1 & IEC 62368-1 /CISPR 32, 35), EN (EN 62368-1 / EN 55032, 55035), cUL (ANSI/AAMI ES 60601-1, CSA CAN/CSA-C22.2 NO. 60601-1), CE MDR, ISO13485, RoHS, REACH, WEEE, MFDS, FDA 510(k) Class II
Recommended Modalities
Digital Breast Imaging, Multi-Modality PACS, CR/DR, CT, MRI, US, DSI, DSA, PET/CT, Image Fusion, X-Ray, Nuclear Medicine
Other Features
5MP Breast Imaging FAQs
What imaging modalities can be reviewed on a 5MP diagnostic display?
A 5MP diagnostic display is commonly used for breast imaging and can also support a wide range of general radiology modalities, including digital mammography, breast tomosynthesis, CT, MRI, ultrasound, CR, and DR imaging. Many healthcare organizations utilize 5MP displays as part of a multimodality reading environment due to their high resolution, luminance performance, and grayscale accuracy. Clinical usage should always align with facility protocols, FDA clearance, and applicable quality standards.
What display requirements apply to Breast Imaging interpretation?
The American College of Radiology (ACR) recommends that mammography interpretation displays provide a calibrated maximum luminance of at least 420 cd/m² to support the visualization of subtle breast tissue detail and microcalcifications. The ACR also recommends the use of FDA-cleared 5MP or higher diagnostic displays specifically intended for mammography interpretation. The FDA requires mammography systems, including soft-copy display devices used for primary interpretation, are FDA-cleared for mammography use and meet applicable MQSA quality standards.
Is a dual 5MP workstation or a 12MP large-format display better for breast imaging?
Both configurations can provide excellent breast imaging performance, but the best choice often depends on workflow preference and reading environment. A traditional dual 5MP setup offers approximately 10MP of total workspace and remains a widely used standard for side-by-side mammography comparison reading. A 12MP large-format display provides a seamless single-screen workspace that can simplify hanging protocols, reduce bezel interruption, and support multimodality and tomosynthesis workflows on one display. Many radiologists prefer dual 5MP displays for established mammography workflows, while others favor 12MP large-format displays for their unified viewing area and workflow efficiency. The ideal solution depends on reading style, modality mix, ergonomics, and facility workflow requirements.
Why is DICOM calibration important for a 5MP diagnostic display?
DICOM calibration helps ensure grayscale images are displayed consistently and accurately over time. For breast imaging and diagnostic interpretation, proper DICOM calibration supports image uniformity, contrast visibility, and compliance with quality assurance protocols. Enterprise calibration software can also simplify monitoring, reporting, and remote management across multiple displays.
Is an annual onsite physicist visit required for MQSA compliance?
No. MQSA regulations require a medical physicist survey at installation and annually thereafter, but the physicist does not necessarily need to be physically onsite if the system and workflow support compliant remote review processes.
Many modern breast imaging environments utilize remote QA workflows that allow physicists to review calibration, performance, and quality control data remotely when supported by the display system, calibration software, and facility procedures. Facilities should always follow their physicist’s guidance, MQSA requirements, manufacturer recommendations, and accreditation protocols when establishing their QA process
What are the benefits of an integrated KVM in a breast imaging workstation?
An integrated KVM (Keyboard, Video, Mouse) feature allows radiologists to control multiple connected systems from a single keyboard and mouse setup. In breast imaging environments, this can streamline workflow between PACS, breast tomosynthesis, reporting, and patient information systems without requiring separate peripherals or additional desk space. By reducing workstation clutter and simplifying navigation between systems, an integrated KVM can help support a more efficient and ergonomic reading environment for high-volume breast imaging interpretation.
Can the DBI 5MP display be used for remote breast imaging interpretation?
Yes. This 5MP diagnostic display is FDA-cleared for digital Breast Imaging and is designed to support remote breast imaging and telemammography workflows. Combined with DBI’s CFS Enterprise calibration and QA management software, facilities can remotely monitor display performance, automate DICOM calibration, manage compliance workflows, and simplify MQSA reporting across enterprise and home reading environments.
DBI also offers a white paper outlining recommended display setup, ergonomics, and workstation considerations for creating a clinically consistent home breast imaging reading environment.
Trusted by thousands of PACS administrators, radiologists, and healthcare organizations nationwide.
Designed for diagnostic imaging environments, our solutions are tailored to your workflow, system requirements, and facility needs. Speak with our team to receive a fast, accurate quote backed by industry-leading support.
