Attachment 2 DRAFT_Salient Characteristics_EEG Acquisition System.pdf
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- Attached to
- Electroencephalographic System
- Solicitation number
- W81K0225QA031
- Issued by
-
Department of the Army Medical Command
About this file
This document is a Salient Characteristics specification for an EEG Acquisition System for Madigan Army Medical Center. The system must be compatible with the existing Neurofax EEG-1200 equipment and have a current Authority to Operate (ATO) approved through the I&I process. Key technical requirements include real-time wireless data accessibility, cortical stimulation hardware supporting stimulation parameters up to 1000 Hz, transparent video acquisition, high-channel count labeling, and robust data management capabilities.
The system must provide advanced features such as real-time monitoring for up to 12 patients, graphical patient anatomy models, comprehensive data review across entire patient admissions, and the ability to interface with third-party software for quantitative analysis. Additional specifications include a user-friendly interface with extensive layout controls, ability to export events to PowerPoint, synchronized multi-window review, and secure local server data transfers with error checking and automatic backup. The system is designed to support complex neurological diagnostic and research functions with high flexibility and interoperability.
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Salient Characteristics EEG Acquisition System
Madigan Army Medical Center
• Must be compatible with existing Government-owned equipment (Neurofax EEG - 1200) currently in place at the facility.
• Vendor must have a current Authority to Operate (ATO) that includes servers within their boundary.
• Vendor’s ATO must have undergone and been approved via the I&I process.
• Capable of rapidEEG up to full intracranial capabilities with secondary data stream capabilities.
• Must have real-time wireless (not Bluetooth) accessibility for full data for critical review and intervention.
• Must have cortical stimulation hardware that allows for a full range of stimulation parameters for accurate diagnosis. For not just Ojemann-Penfield based parameters, but single pulse and fast pulse stimulation up to 1000 Hz.
• Must allow for acquisition with transparent video, aggregate channel labels for high channel count, and security of data with local server transfers with error checking and auto purging backup.
• User interface for acquisition must allow extensive control of layout, tools, buttons, and views.
• Cortical stimulation must allow for rapid and automatic mapping of functionality, with ability to use patient specific anatomical models, and consolidated reporting.
• Must have graphical patient anatomy models for electrode locations.
• Must have real-time monitoring with full interactivity of up to 12 patients per system and acuity-based controls with per patient summary sets.
• Must have review for full admission, not just study or day based, review of data without excessive navigation via the database to locate/interact with files.
• Must have data management clipping that allows for function across the entire patient admission data set.
• Must allow clinicians to see all patient information in a horizontal screen which allows for whole breadth analysis.
• Must have the ability to select multiple collections of relevant events and export to
PowerPoint with full review functionality.
• Must have the ability to interface with 3rd party software that does not require additional purchases which allows for quantitative analysis including wide band multichannel analysis of customized length data sets.
• Must have synchronized multi-window review with separate settings for review of data, including intracranial data.
| Salient Characteristics |
| EEG Acquisition System |
| Madigan Army Medical Center |
File details come from the government source that posted it. Updated .