Why this project, right now?

• What's the project that triggered the search for new test equipment?
• Who first raised the limitation (role or team) and how did they describe the problem? Options: Design engineer / layout owner, Test engineer / validation, Lab manager, Engineering director, Other
• How tightly is this project linked to a product milestone or ship date? Options: Blocking / critical path, Important but not blocking, Low priority, Exploratory / research
• Which specific measurement is the immediate blocker for progress? Options: High-frequency capture / bandwidth, Sub-mV noise floor / power integrity, Protocol decode (PCIe/USB/SerDes/etc.), Jitter/phase noise, Channel/instrument correlation, Other
• How are you currently working around this limitation (if at all)? Options: Borrowing older/higher-end kit, Reducing sample/window fidelity, Manual rework and redesign, Outsourcing tests, No reliable workaround, Other

How long will you tolerate not seeing the full signal?

• If you couldn't capture the true signal for the next month, how many prototypes, deadlines, or debug cycles would be at risk? Options: Multiple prototypes, One prototype, A milestone delay, Minimal immediate impact
• Which parts of your bench are most likely to hide the problem today (pick all that apply)? Options: Insufficient bandwidth, Too high noise floor, Insufficient sample rate, Wrong probe type, Lack of protocol support, Inadequate channel count, Analysis software limitations
• Describe a recent example where a measurement you couldn't capture cost time, money, or morale—what happened?
• How long have you been accepting these blind spots before deciding to act? Options: This is new (weeks), A few months, A year or more, We’ve accepted it long-term
• When that blind spot appears in a debug cycle, how does it typically surface (e.g., intermittent failure, unexplained margin loss, test flakiness)? Options: Intermittent failures, Yield loss, Unexplained margin drift, Test automation failures, Project stalls, Other
• How does this limitation affect the team's confidence in shipping the design? Options: High anxiety / uncertain, Some concern but manageable, Low concern, Not applicable

Who's really making the call — and what's their appetite for change?

• If an engineer asks for a new scope but budget owners hesitate, how has that played out in the past? Options: Purchase delayed or denied, Pilot granted then stalled, Fast approval when critical, Escalated to director
• Which stakeholders need to sign off for a purchase and who is the final approver? Options: Design engineer, Lab manager, Engineering director, Procurement, Finance/capital approver, Other
• What budget type will be used for this purchase? Options: Capital (CapEx), Operating (OpEx), Project-specific budget, Grant / external funding, Undecided
• What is the typical approval timeline once a justification is submitted? Options: < 2 weeks, 2–6 weeks, 6–12 weeks, Quarterly or longer
• How will success be framed to the approver—what metrics or outcomes do they expect to see? Options: Reduced debug time, Fewer prototype spins, Improved yield, Standardizing lab platform, Other
• Are there procurement or vendor-prequalification rules we should know about (e.g., approved vendor lists, competitive bid thresholds)? Options: Yes — competitive bid required, Yes — approved vendor list, No special rules, Unsure

What does 'solved' look like — in testable terms?

• If you handed an acceptance checklist to an engineer today, what three measurable outcomes would prove the scope is fit-for-purpose?
• Which of these would be required acceptance tests during a demo or trial? Options: Capture specific 5 GHz/target waveform, Verify sub-mV noise floor on PI test, Decode and validate protocol bus, Reproduce intermittent failure, Correlation between instruments
• What baseline or incumbent measurements will you compare against (instrument model, settings, probe types)?
• How much improvement in time-to-insight or setup time would justify a purchase (e.g., 2x faster, 50% fewer steps)? Options: Immediate insights (minutes), 2× faster, 50% fewer manual steps, Any measurable improvement, Unsure
• Who would run and sign off the acceptance tests, and how will pass/fail be documented? Options: Design engineer, Test engineer, Lab manager, Cross-team sign-off, Procurement requires formal report

Where do you expect a new tool to outperform — and how will you notice it?

• If two oscilloscopes look similar on paper, what would make you switch after a week-long demo? Options: Clearer signal fidelity, Faster setup and UI, Native analysis features, Probe ecosystem compatibility, Support and service, Lower total cost of ownership
• Which real test case would you want to run during an evaluation to convince the team?
• How important is instrument-to-instrument correlation for your workflows (e.g., multiple benches, handoffs)? Options: Critical — must match across benches, Important but occasional, Nice-to-have, Not required
• What analysis features matter most out-of-the-box (pick all that apply)? Options: Protocol decode (PCIe, USB, etc.), Power integrity toolset, Jitter analysis, Automated pass/fail tests, Custom scripting/API
• How emotionally significant would resolving this measurement be for the engineer or team (e.g., relief, regained confidence, reduced overtime)? Options: Huge relief / morale boost, Meaningful but measured, Small impact, No change

What would make a new instrument feel like a no‑brainer?

• How long of a hands-on trial do you consider reasonable to validate the instrument on a real project? Options: 2–3 days, 1 week, 2 weeks, Longer than 2 weeks
• During that trial, who will be responsible for running the core tests and capturing results? Options: Design engineer(s), Dedicated test engineer, Lab manager, Joint vendor/customer tests, Other
• What visibility or artifacts do you want from the trial (e.g., saved captures, step-by-step report, pass/fail checklist)? Options: Saved waveforms/captures, Analysis report, Before/after comparison, Recorded setup steps, Formal sign-off document
• What would make you say no after a trial—what are the non-negotiable dealbreakers? Options: Cannot reproduce target measurement, Noise floor not sufficient, UI too slow/complex, Incompatible probes/licenses, Cost/total ownership too high
• Who else (names/roles) must be on the demo call or in the lab to move decision-making forward?

How much time and ownership are you willing to invest in an evaluation?

• How many engineering hours can the team allocate to set up and run acceptance tests during a demo? Options: < 8 hours, 8–24 hours, 24–40 hours, > 40 hours
• Who will be the point person on your side for coordinating a trial (name/role) and what is their authority level?
• What specific samples, DUTs, or test fixtures would you need us to bring or replicate for the evaluation?
• Are there IP, safety, or lab access constraints we must accommodate during the trial? Options: Export control / IP restrictions, Restricted lab access / badges, Safety protocols / PPE, None
• What would a successful demo look like to the engineer who raised the need?

If procurement pushes back, what's the real dealbreaker?

• What's the single procurement policy or past experience that has killed similar purchases in your lab? Options: Mandatory competitive bid, Vendor not on approved list, Insufficient CAPEX justification, Lengthy evaluation requirements, Other
• Do you expect a formal RFP/RFQ, or can a single-vendor quote and trial suffice? Options: Formal RFP/RFQ needed, Quote + trial acceptable, Depends on amount, Unsure
• What documentation or certifications do procurement and finance require (e.g., datasheets, test reports, security attestations)?
• Are there internal deadlines for capital allocation or end-of-quarter timing we should align with? Options: Yes — immediate quarter, Next quarter, Fiscal year planning, No fixed deadline
• If a competitive bid is required, what criteria will be weighted most heavily? Options: Price, Performance (noise/bandwidth), Support and service, Total cost of ownership, Ecosystem compatibility

Can your bench handle another platform?

• How many existing probes and accessories would become incompatible with a new instrument platform? Options: Many — significant replacement, Some — partial replacement, Few — mostly compatible, Unknown, need inventory check
• How many software licenses (analysis features, seats) do you currently have and how many would you need?
• What training windows or ramp time can you commit to so engineers can be productive on a new platform? Options: Immediate / within 1 week, 2–4 weeks, 1–3 months, Longer / TBD
• Who will own instrument-to-instrument correlation and standardization across benches? Options: Lab manager, Lead test engineer, Cross-functional team, No one currently
• Are there physical or logistical constraints for installs (bench space, power, cooling, rack mounts)? Options: Bench space limited, Power / outlets constrained, No constraints, Other
• Would you prefer vendor-assisted setup and correlation or internal-only deployment? Options: Vendor-assisted, Internal-only, Hybrid

What's the worst that could happen after deployment?

• If the instrument fails to reproduce expected measurements post-deployment, how will you escalate and measure that failure? Options: Formal RMA / replacement, Onsite support request, Contractual performance remediation, Informal troubleshooting
• What contractual acceptance criteria or SLAs would make you comfortable (response time, onsite support, calibration)? Options: < 24 hour support, < 72 hour onsite, Loaner equipment, Formal performance guarantees, Standard warranty only
• Who will own post-deployment verification and where will acceptance artifacts be stored? Options: Design engineer, Test lab owner, QA / validation team, Shared repository
• How would unresolved performance issues affect your product schedule or procurement decisions for the rest of the year? Options: Delay multiple projects, Switch to competitor, Re-evaluate lab standardization, Minor impact
• What contingency or fallback would you need to feel safe investing in a new platform? Options: Extended trial, Performance bond/guarantee, Loaner units during fixes, Training warranty

If we agree today, what's the smallest next step that advances the project?

• What date range would work for a hands-on demo or trial in your lab? Options: This week, Next week, Within 2–4 weeks, Later / planning required
• Who must attend the initial demo to make it actionable (names/roles)?
• What sample DUT or waveform should we bring to the demo to make it decisive?
• What small artifact would you need after the demo to convince procurement (e.g., lab test report, signed acceptance criteria, cost justification template)? Options: Test report with captures, Signed acceptance checklist, Side-by-side comparison report, Budget justification document
• Realistically, what is your decision timeline after a successful trial? Options: Immediate / within days, 2–4 weeks, Monthly budget cycle, Quarterly or longer

Bench Snapshot: What's On Your Table?

• Which instruments are currently on your primary bench for high-speed debugging? (select all that apply) Options: Oscilloscope, Spectrum analyzer, Signal generator, Logic analyzer / protocol analyzer, Power analyzer, Network analyzer, Function/arbitrary waveform generator, Other
• Please list the specific model(s), channel counts, probe types, and firmware/software versions for the oscilloscope(s) you rely on.
• What is the maximum real-time analog bandwidth and effective sample rate you can reliably capture today (per channel)? Options: <500 MHz, 500 MHz–1 GHz, 1–2.5 GHz, 2.5–5 GHz, >5 GHz, Unknown / need to check
• How many physical probe types and how many calibrated probes do you have immediately available for the bench? Options: 0, 1–3, 4–7, 8–15, 16+
• Describe any standard test fixtures, breakout boards, or bespoke probe adapters you use regularly on this bench.

Where Are You Hitting Walls?

• When a measurement feels impossible, what's the most recent example that made you think 'our equipment is the blocker'?
• Which measurement attributes cause you the most trouble on current projects? Options: Insufficient bandwidth/edge capture, Too high noise floor / low dynamic range, Lack of protocol decode support, Poor trigger sensitivity for rare events, Insufficient record length/memory depth, Imprecise timing / jitter measurement, Other
• How often do these limitations force you to use workaround tactics (averaging, external downconversion, bench-sharing) instead of a direct measurement? Options: Daily, Weekly, Monthly, Occasionally, Never
• Give a concrete example of a signal or scenario your current tools cannot capture reliably (frequency, amplitude, event rate, protocol, etc.).
• Who usually raises these measurement issues first on your team? Options: Design engineer, Validation engineer, Lab manager, Test engineering lead, Procurement/vendor, Other

What Fails When You Can't See It?

• When your instruments fail to reveal the root cause, how does the project actually suffer — missed dates, redesigns, or guesswork? Options: Missed milestone(s), Extra prototype spin, Extended debug cycles, Undetected field issues, Lowered confidence in verification, Other
• Describe a recent incident where an instrument limitation directly caused a delay, re-spin, or production problem. What happened and what was the cost (time, $ or reputational)?
• Roughly how much engineering time did you expend resolving that incident (hours/days/persons)? Options: <8 hours, 8–40 hours, 1–2 weeks, 2–4 weeks, >1 month
• Are certain failure modes recurring and traceable to a specific bench element (probe loading, insufficient bandwidth, aliasing, software crashes)? Options: Probe bandwidth/ loading, Front-end noise/floor, Aliasing / sampling limits, Trigger instability, Software/UI limitations, Data export/compatibility, Other
• When these failures occur, what immediate actions do you take (workarounds, escalate to vendor, book extra lab time, bring in consultants)? Options: Workaround on same bench, Borrow a demo from vendor, Escalate to vendor support, Move test to another lab, Delay milestone, Other

Are You Settling for 'Good Enough'?

• How comfortable is your team with making measurement compromises (lower sample rate, averaged traces, simplified setups) instead of addressing the root instrumentation gap? Options: Very comfortable / frequent, Somewhat comfortable, Reluctant but do it, Unwilling
• Which compromises are used most often to get a result when the bench falls short? Options: Lower bandwidth/sampling, Signal averaging, Offloading to another lab, Manual math / estimation, Reduced test coverage, Other
• How do these compromises make you feel about the integrity of your verification results (confident, uneasy, risky)? Options: Confident, Uneasy, Acceptable risk, Concerned / high risk
• How long has your team tolerated these workarounds—are they new, or institutional practice? Options: New (last 3 months), Occasional (past year), Longstanding (1–3 years), Institutional (3+ years)
• If you could change one common workaround today, what would it be and why?

The Numbers That Prove (or Disprove) Your Bench

• Do you currently maintain concrete acceptance criteria for instruments (e.g., 5 GHz analog BW, <0.5 mV noise floor, specific protocol decode accuracy)? Options: Yes, documented, Partially / informal, No, not defined, Not sure
• List the measurable specs that your current or upcoming projects require (bandwidth, noise floor, memory depth, protocol list, sample rate).
• What specific acceptance test(s) would you run during a demo to consider an instrument suitable for purchase? Please describe steps and pass/fail criteria.
• Would you require a demo to reproduce a specific trace or failure mode from one of your projects to consider it valid? Options: Yes, must reproduce real DUT trace, Prefer but not required, No, lab benchmarks suffice, Unsure
• Who has final sign-off authority for instrument acceptance in your organization? Options: Design/validation engineer, Lab manager, Engineering director, Procurement/finance, Cross-functional committee, Other

Hands-On Reality: How Do You Evaluate New Gear?

• When you run a demo unit, do you prioritize testing on a real DUT, vendor demos, or standardized benchmarks—and why? Options: Always real DUT, Mostly standard benchmarks, Mix of both, We rarely run demos
• Describe the single most important hands-on test you would run during a week-long demo to convince the team.
• Which metrics matter most during a hands-on evaluation? (pick the top ones) Options: Signal fidelity (analog front-end), Noise floor / dynamic range, Trigger and capture of rare events, Analysis speed / UI efficiency, Probe compatibility and ease-of-use, Protocol decode accuracy, Data export and workflow integration
• How do you prefer results documented after a trial (screenshots, side-by-side captures, automated reports, video walk-through)? Options: Screenshots and notes, Automated comparison report, Video walk-through from engineer, Side-by-side capture files, Other
• Who must be present during a credible evaluation to sign it off (roles and names if possible)?

The Procurement & Budget Reality Check

• Would your lab approve a purchase based solely on engineering feedback, or does procurement require formal ROI/competitive bids? Options: Engineer approval sufficient, Lab manager sign-off required, Capital approval with ROI required, Competitive bid mandatory, Unsure
• What budget cycles, PO lead times, or fiscal constraints typically affect instrument purchases for your team? Options: Immediate / within 30 days, 1–3 months, Quarterly cycle, In next fiscal year, Ad-hoc / case-by-case
• If a competitive bid is required, which vendor deliverables are necessary? (select all that apply) Options: Formal RFP response, Detailed spec sheet, TCO / lifetime costs, Calibration and service plan, Warranty/SLA, Reference customer projects
• How do recurring costs like probes, software licenses, and calibrations influence procurement decisions? Options: Critical limiting factor, Important but manageable, Minor factor, Not considered
• Who coordinates the PO, vendor onboarding, and delivery logistics in your organization? Options: Procurement, Lab manager, Engineering lead, Facilities, Other

Operational Readiness: Who Will Keep It Working?

• Do you have a named owner responsible for bench maintenance (probes, calibrations, licenses), or is upkeep currently distributed or undefined? Options: Dedicated lab technician/owner, Team rotation among engineers, Outsourced / vendor-managed, No clear owner
• What training time and ramp-up would your team need to be productive on a new instrument platform? Options: <1 day, 1–3 days, 1 week, 2+ weeks, Depends on role
• Describe gaps in your probe inventory or accessories that currently prevent specific tests from being run.
• How do you currently correlate signals across multiple instruments when debugging multi-domain issues? Options: Instrument sync / timebase alignment, Manual correlation of captures, Software-based correlation tools, We do not correlate effectively
• What compliance, IT security, or facility rules must we follow to ship equipment or enable remote access to an instrument in your lab?

If We Fixed This — What Changes First?

• If your bench captured every intended signal perfectly, what's the earliest visible improvement you'd expect on active projects?
• Which timelines would realistically shorten if instrumentation limitations were removed? Options: Prototype debug time, Verification sign-off, Time-to-first-pass silicon, Root-cause resolution time, No significant change
• Which confidence metrics would you expect to improve (fewer ECOs, lower field-fix rate, reduced bench-hours)? Please be specific.
• Would you be willing to run a controlled A/B trial (current instrument vs. demo unit) and share captured data for vendor comparison? Options: Yes, definitely, Maybe / need conditions, No
• What specific acceptance outcome would make procurement move forward (e.g., reproduce a failing trace, show <0.5 mV noise, decode X protocol)?

Pick the Next Mountain — Priorities & Practical Next Steps

• If you could choose one measurement problem to solve in the next 90 days, what would it be and why?
• Please rank the following near-term priorities (select the single highest priority). Options: Capture higher bandwidth signals, Lower noise floor for power/I/O, Add protocol decode for a new bus, Enable longer record lengths / streaming, Standardize on one platform for the lab, Reduce time-to-root-cause
• What demo format do you prefer so engineers feel confident (on-site unit, loaner at bench, remote session with customer DUT, or lab snapshot delivery)? Options: On-site unit (we host vendor), Loaner shipped to our bench, Remote session with our DUT, Vendor brings representative setups, Other
• How soon can your team schedule a hands-on demo if logistics and security are cleared? Options: Immediately (1–7 days), Within 2 weeks, Within 1 month, Next quarter, Unsure
• Are there any hard constraints (security approvals, shipping restrictions, test stand availability) we should know before proposing a demo or loaner?

Bench Snapshot: Where We Start

• Who will be the primary engineers using the demo unit during the trial? Options: Design engineer (signal/board owner), Lab manager, Test engineer, Engineer + lab manager pair, Other
• Which specific project or board will you use to validate the instrument? (Model/name, revision, and brief purpose)
• What is the current bench instrument you expect to compare against during the trial? Options: Aging oscilloscope (brand/model), Competitor premium scope, Spectrum analyzer, Mixed instruments, No comparable instrument
• How urgent is getting a replacement platform in place for this project? Options: Critical — blocks product schedule, High — creates delays but workarounds exist, Medium — nice to have for faster debug, Low — exploratory
• Tell us about the last time you hit a measurement wall on this project—what failed to show, and how did it feel for the team?

Are We Ready to Run the Real Test?

• If the demo arrived tomorrow, is there anything that would prevent you from running the real test within 48 hours? Options: Yes — lab access constraints, Yes — DUT not available, Yes — missing probes/accessories, No — ready to run, Unsure
• What physical access do we need to coordinate (room key, badge, supervisor sign-off, EHS clearance)? Options: Open bench access, Badge/ID required, EHS/safety approval, Supervisor scheduled time, Other
• Are the DUT and any test fixtures available and in the state needed for a hands-on evaluation, or will setup work be required? Options: DUT ready and powered, DUT needs assembly, Fixture work required, Firmware update needed, Unsure
• Who on your side will be available during the week of the trial for hands-on runs and decision feedback?
• Is there a preferred window or blackout dates (e.g., release freeze, certification labs) we should avoid for delivery or setup?

What's Missing From Your Probe Table?

• What probe types are essential to reproduce your measurement (select all that apply)? Options: Passive probes (1X/10X), High‑bandwidth active probes, Current probes (AC/DC), Power probes / low-noise differential probes, Logic probes/LA, RF probes
• Which connector standards and sizes will we need adapters for (e.g., SMA, SMB, 2.92mm, probe tips, spring clips)? Options: SMA, SMB, 2.92mm/3.5mm, BNC, Custom spring clips/fixtures, Other
• How many spare probes or adapter sets do you have if we need to instrument multiple points simultaneously? Options: None, 1–2 spares, 3–5 spares, More than 5 spares
• Are any probes or accessories currently out for repair, calibration, or on loan that would affect the demo? Options: Yes — critical items out, Yes — non-critical items out, No
• If we identify missing probes during setup, what’s your preferred path: we ship parts, you procure locally, or you borrow from another team? Options: We ship parts, You procure locally, Borrow internally, Other

Licenses, Software, and Data Flow — Hidden Bottlenecks

• Could licensing, IT policies, or data handling rules prevent the instrument or its software from running as intended? Options: Yes — strict IT/policy blocks likely, Possible — needs IT approval, No — IT is flexible, Unsure — need to check
• Which software features do you absolutely need during the evaluation (select all that apply)? Options: Protocol decode (PCIe/USB/Serial), Low-noise acquisition modes, Advanced time-domain analysis (jitter, eye), Power integrity analysis, Remote/recording and export
• Do you have the necessary licenses or entitlement keys to run vendor software on your machines, or will trial licenses be required? Options: We already own required licenses, Trial licenses needed, IT must approve installation, Unsure
• How does your team prefer to capture and share measurement data: local drives, shared network, cloud storage, or encrypted archives? Options: Local drives, Shared network (Samba/Share), Company cloud, Encrypted archives only, Other
• Who in IT or security should we coordinate with to ensure software installation, port access, or remote support is allowed?

Who Will Own Success — and What Will They Do?

• If the trial demonstrates the required results, who will be responsible for moving the purchase forward? Options: Lab manager, Engineering director, Procurement/finance, Cross-functional steering team, Other
• What role will the design engineer play day-to-day during the evaluation vs. who will sign formal acceptance? Options: Engineer runs tests; manager signs, Engineer runs and signs, Multiple engineers run; lab manager signs, Procurement signs
• Which training windows are realistic for your team in the 2 weeks after setup (select all that apply)? Options: Morning sessions (9–11am), Afternoon sessions (1–4pm), One full‑day workshop, Short 1-hour clinics, Recorded training only
• Who will be the point of contact for scheduling deliveries, onsite setup, and final sign-off? (Name, role, best contact)
• How confident is the assigned owner in running the acceptance tests without vendor assistance? Options: Very confident, Somewhat confident, Needs vendor support, Not confident/needs full vendor-run

Lab Ops & Logistics: The Invisible Schedule Killers

• What single logistical constraint has derailed lab setups in the past (shipping, access, power, calibration, staffing)? Options: Shipping delays, Bench/room availability, Power or cooling, Calibration backlog, Staffing/conflicting priorities, Other
• Do you have a stable bench space reserved for the duration of the trial, or will the instrument need to be moved between teams? Options: Dedicated reserved bench, Shared bench with scheduling, Portable — moved frequently, Unsure
• Please list any environmental or mechanical constraints at the bench (e.g., rack depth, EMI shielding, vibration, temperature limits).
• What are your preferred delivery and receiving procedures (warehouse receiving, front desk, lab pickup, authorized signatory)? Options: Warehouse receiving, Front desk, Direct to lab, Authorized signatory only, Other
• Are there internal calibration or safety checks that must be completed before an instrument can be used on the bench? Options: Yes — calibration required, Yes — safety/EHS checks, No

Acceptance Criteria — What Would Make You Say Yes?

• What exact measurement outcomes would be a clear, objective pass for this trial (be specific: bandwidth, noise floor, eye height, protocol coverage)?
• Beyond raw numbers, what workflow or usability improvements must we demonstrate to justify replacing your incumbent tool? Options: Faster setup time, Simpler UI for juniors, Better correlation across instruments, Integrated analysis/reporting, Other
• How many repeated runs or independent reproductions are required before you consider a measurement validated? Options: 1 adequate repetition, 3 independent runs, Multiple engineers must reproduce, Statistical sampling (specify below)
• Who will be responsible for signing the acceptance checklist and what format do they need (document, spreadsheet, email confirmation)? Options: Lab manager signature (doc), Engineering lead approval (email), Procurement checklist (spreadsheet), Other
• If the result is marginal, what escalation path should we follow (additional tuning, longer trial, vendor onsite support)? Options: Tune and retest, Extend trial period, Vendor onsite support, Escalate to engineering leadership

If It Works, What Then?

• Assuming acceptance, what procurement route will you use to buy instruments (direct PO, competitive bid/RFP, capital approval cycle)? Options: Direct PO, Competitive bid / RFP, Capital budget request, Lease/finance, Unsure
• Who controls the capital budget for this purchase, and what documentation do they require to approve it?
• What is a realistic timeline from acceptance to purchase order issuance and delivery for a single unit? Options: 1–2 weeks, 3–6 weeks, 6–12 weeks, Longer than 12 weeks
• If adoption expands beyond a single bench, what will be the key factors that justify a lab‑wide standardization on this platform? Options: Probe ecosystem compatibility, Reduced training overhead, Cross-team data consistency, Better long-term TCO, Other
• What risks would make you delay a purchase even after a successful trial (budget reallocation, vendor lock-in concerns, competing projects)?

Next Steps & Commitments — Making the Trial Unstoppable

• What is the single most important action we can take right now to guarantee the trial starts on schedule? Options: Confirm delivery date, Provide DUT and fixtures, Assign POC and availability, Approve trial software licenses, Other
• Please confirm the earliest acceptable delivery window and any hard stop dates we must avoid.
• Who should receive the shipping notice, setup reminder, and final sign-off checklist? (Provide names and emails)
• Would you like vendor-led setup and a joint one‑hour hands‑on walkthrough on day one, or do you prefer self‑setup with remote support on call? Options: Vendor-led onsite setup + walkthrough, Remote vendor setup support with onsite POC, Self‑setup with remote support on call, Recorded setup + remote support
• Is there anything else we should know that would increase the trial’s chance of success—hidden constraints, political dynamics, or measurement sensitivities?

Getting Started: Tell Us About Your Current Project

• Which role best describes you on this project? Options: Design Engineer, Lab Manager, Engineering Director, Procurement, Test Technician, Other
• Briefly describe the project and the single measurement problem that triggered this evaluation.
• Which signal types are you targeting for this project? Options: High-speed serial (PCIe/SerDes/USB), RF/wireless (GHz bands), Power integrity / sub-mV signals, Low-frequency analog / sensors, Protocol decode (I2C/SPI/CAN/etc.), Other
• When does this need to be resolved to avoid schedule impact? Options: Immediately (days), Within 2 weeks, Within a month, Next quarter, Flexible / undefined
• What instrument(s) are you currently using on this bench for these measurements? Options: Legacy oscilloscope (<2 GHz), Mid-range oscilloscope (2–5 GHz), High-end competitor scope (>5 GHz), Spectrum analyzer only, Logic analyzer / protocol tool, Mixed/other
• How do you typically decide that a measurement has given you the insight you need? Options: I can see the root cause, Verification passes on first try, Correlation with other instruments, Results are repeatable across sessions, Engineering gut-check / visual confirmation, Other
• How often does this class of measurement come up across your team or projects? Options: Daily, Weekly, Monthly, Quarterly, Rarely

Are You Missing the Signal That Matters?

• What's the one thing your current tools repeatedly fail to reveal that costs you the most time or confidence?
• Tell me about a recent incident where a measurement shortfall caused delay, rework, or an incorrect release decision.
• Which technical limitations do you think are the root cause of these failures? Options: Insufficient bandwidth, Poor noise floor / dynamic range, Inadequate sample rate, Probe loading or compatibility, Missing protocol decode, Analysis software limits, Other
• How much engineering time or schedule slip did that incident consume? Options: Less than a day, 1–3 days, 1–2 weeks, More than 2 weeks, Unknown
• When this problem appears, how does it feel for the team—an occasional annoyance or a recurring stressor? Options: Minor annoyance, Recurring friction that slows work, Significant project risk, Career- or schedule-threatening
• What temporary workarounds have you tried and why haven't they solved the underlying issue?

When the Measurement Finally Works, What Changes?

• If the measurement problem disappeared overnight, what immediate engineering or business outcome would you expect?
• Which concrete, measurable signals would prove the solution is delivering value to you? Options: Capture X GHz bandwidth, Sub-mV noise floor achieved, Protocol decode with zero frame loss, Faster time-to-first-result, Repeatable instrument-to-instrument correlation, Other
• What acceptance tests, pass/fail thresholds, or artifacts would you require to validate those signals?
• Who must be convinced internally that the solution works for the purchase to proceed? Options: Design Engineer(s), Lab Manager, Engineering Director, Procurement, Quality / Compliance, Other
• If unresolved, how would this measurement gap affect product timelines or quality (be specific)? Options: Minor delay, Significant schedule slip, Reduced product performance, Rework after prototype, Potential cancellation, Other
• How would achieving these measurement outcomes change how your team operates day-to-day?

What’s Already on the Bench—and What’s Missing?

• How much of your current bench is actually enabling breakthroughs versus quietly holding you back?
• List the instruments, channel counts, bandwidths, and probes you currently rely on (model and key spec if possible).
• Which analysis software and protocol licenses are installed and actively used today? Options: PCIe, USB, Ethernet / PHY analysis, SPI / I2C / CAN, Power integrity / PI tools, Jitter analysis, Custom scripts / lab tools, None of the above, Other
• Describe your probe inventory and any compatibility or availability problems we've need to know about.
• How consistent are measurements when you compare results across different instruments on your benches? Options: Highly consistent, Mostly consistent, Sometimes inconsistent, Often inconsistent, Don’t know
• What recurring failure modes (probe issues, grounding, software crashes, operator variance) most commonly affect your measurements?

If You Tried a Demo, What Would Tell You 'This Is It'?

• What single demo result would make you cancel the competitive bid and move to procurement?
• Which real test case from your project should we run during a hands-on demo?
• What specific metrics and plots must be reproducible for you to consider the demo successful? Options: Time-domain waveform fidelity, FFT/spectrum agreement, Protocol decode accuracy, Noise floor measurement, Power rail stability traces, Instrument-to-instrument correlation
• How much direct access to the demo device and time with our engineers do you require (who will operate and when)? Options: Design engineer full-time, Lab technician with host support, Remote engineer with guided session, Combination / shared access
• What trial length and scope would give you confidence to sign off (short smoke test vs extended evaluation)? Options: 24–48 hours (smoke), 3–7 days (typical), 2 weeks, 1 month, Longer / customized
• What deliverables should we provide at the end of the demo (data, configuration files, acceptance report)? Options: Raw instrument files (native), Processed CSV/plots, Configuration / setup scripts, Recorded training session, Written acceptance report, Other
• Are there any legal, security, or lab constraints to plan for (NDAs, export controls, safety training)?

Who Holds the Keys — and How Do Decisions Actually Happen?

• If the engineer says 'buy it' but procurement says 'bid it,' who usually wins—and why?
• List the stakeholders and their decision influence (names, titles, or roles).
• What is your capital approval threshold that triggers competitive bidding versus a direct PO? Options: <$5k, $5k–$25k, $25k–$100k, $100k–$250k, >$250k
• What budget cycle or timing constraints will affect when a purchase can be approved? Options: Immediate (available funds), This quarter, Next fiscal quarter, Next fiscal year, Project-specific fund
• Which commercial or contractual concerns typically create the biggest friction in procurement decisions? Options: Price, Support & service terms, Compatibility / ecosystem lock-in, Total cost of ownership, Warranty & loaner policy, Other
• Who needs to sign the trial acceptance and final purchase (titles/roles), and what evidence do they each require?

What Could Go Wrong During Deployment—and Who Will Fix It?

• Imagine we deliver and two weeks later a key measurement drifts—what will you blame first and why?
• What installation, lab environment, or network constraints could complicate setup? Options: Limited bench space, Power or outlet requirements, High EMI environment, Restricted network access, Access / safety training required, Other
• Do you have owners assigned for setup, probe inventory, license management and who are they? Options: Yes—owners assigned and available, Assigned but overloaded, No owners yet, We will need vendor assistance
• What training format and cadence best ensures rapid adoption at your bench? Options: Onsite hands-on, Live remote sessions, Recorded modules / self-paced, Train-the-trainer, Combination
• What instrument-to-instrument correlation workflow exists or would you like to establish? Options: Cross-calibration scripts, Manual comparison procedures, Centralized data repository, No current workflow—need guidance, Other
• What post-deployment support and response times would make you comfortable (SLA expectations)? Options: 24/7 phone support, Business-hours support, Onsite service within X days, Loaner equipment for repairs, Standard warranty only, Other

Let’s Agree on a Trial Plan and Acceptance Checklist

• If we left with a signed 7‑day trial agreement right now, what must absolutely be included for you to sign?
• Which specific instruments, probes, and software licenses must be in the trial kit?
• Who will own each trial activity (setup, test execution, data capture, analysis, sign-off)? Please assign names/roles.
• List the non-negotiable acceptance criteria to be written into the checklist (measurements, thresholds, reproducibility).
• What formats and artifacts do you require at the end of trial (raw files, CSV, PDF report, analysis scripts)? Options: Native instrument files, CSV/ASCII, MATLAB/Python scripts, PDF executive report, Configuration / setup files, Other
• What is your preferred timeline for trial execution, evaluation, and procurement decision? Options: Immediate (days), 2–4 weeks, 1–3 months, Longer / phased
• What next step would you like from us after this discovery conversation? Options: Draft trial plan and schedule, Provide tailored quote, Schedule hands-on demo, Prepare NDA or compliance docs, Other