Samsung NX10
Response
- red (R)
- green (G)
- blue (B)
Astro mode
Emission-line overlay on the active single-profile plot. Values are the source's own native samples (or a labelled linear interpolation).
About this spectrum5 notes
- Warning: Response scope is unknown; do not interpret this response as a bare-sensor measurement. Dataset interpretation
- Warning: Physical configuration is not documented; the response cannot be assigned to a confirmed optical configuration. Dataset interpretation
- Warning: Estimated response; not a primary measurement. Sources and attribution
- Warning: Normalization is unknown; amplitude comparisons are not established. Dataset interpretation
- Warning: Uncertainty is not documented. Missing uncertainty does not mean zero uncertainty. Dataset interpretation
Source & details
- Source category: estimated
- Estimated response: not a primary measurement (e.g. diffraction-grating closed-form recovery, model prediction). Independent of profile_type and quality/confidence grades.
- Type: estimated
- Estimated response, not a direct measurement; quality and confidence are assessed separately.
- Quality: unassessed
- Quality has not been assessed; no grade is inferred. Canonical release: no per-leaf scientific-quality assessment is asserted; the source-side claim is preserved verbatim.
- Confidence: unassessed
- Confidence has not been assessed; no confidence level is inferred. Canonical release: no claim about the per-leaf measurement precision is asserted; the upstream 'as is' wording (where present) is preserved.
- Author
- Solomatov
- Source
- Solomatov & Akkaynak, ICCP 2023, 'Spectral Sensitivity Estimation Without a Camera' (link)
- Source category
estimated(estimated response; not a primary measurement)- Methodology
- Solomatov & Akkaynak, ICCP 2023, 'Spectral Sensitivity Estimation Without a Camera' — model output.
- As-is
- Samples rendered verbatim: no smoothing, no interpolation, no zero-padding, no gap bridging in the browser. Documented null sparse cells render as visible gaps.
- Optical configuration
cfg-prf-solomatov-pred-samsung-nx10-77e31d8ba5a9(unknown) — unknown- Normalisation
- unknown (original: unknown)
- Response unit / scale
unknown/unknown- Sample count
- 31 samples from 400–700 nm, Δ 10 nm
- Profile ID
prf-solomatov-pred-samsung-nx10-77e31d8ba5a9@1- Profile checksum
sha256:018bfcb3bd96196d…- Processing
- source_column=predicted-Samsung-NX10.csv
- Scientific notes
- Canonical release: native grid and native R/G/B samples are preserved verbatim; sparse cells (wavelengths absent in the upstream CSV / JSON) are preserved as null; the parser never invents a value.
- Citation
- Solomatov & Akkaynak, ICCP 2023, 'Spectral Sensitivity Estimation Without a Camera', data/predictions/.
- Known limitations
- source_category=estimated
- permission_status is 'unknown' on the canonical License record (no independent operational clearance granted).
Graph tools
Inspect, zoom, export, and share the current chart. Native samples only — no interpolation, no averaging.
Channels
Zoom (nm)
Camera specifications
- Sensor type
- CMOS
- Sensor format
- APS-C
- Sensor size
- 23.4 x 15.6 mm
- Effective megapixels
- 14.6 MP
- Resolution
- Unknown
- Lens mount
- Samsung NX
- Release year
- 2010
Specification sources
Body specifications drawn from cited reference sources, distinct from the measured spectral response curves below.
Source: Dataset commit 374a630bac7847f851b3746e82aa528262ef0b5c Dataset: CameraDatabase (unknown); Dataset commit ef88b8381775c8c8c812c10cd02790a42dbdf757 Dataset: OpenProductData (unknown); Dataset commit 2f1be1deab50da7869fc5d23f481939803d845bf Dataset: Lensfun (CC BY-SA 3.0)
Data details
- Dataset version
recovered-2026-09-29-all-available-with-ie-202404- Manifest digest
8f960e18d6c9dbef…- Manifest schema
0.1.0-draft- Release kind
full- Linked profiles / sessions
- 1 profile revision
Raw samples (R/G/B at native wavelengths)
prf-solomatov-pred-samsung-nx10-77e31d8ba5a9(revision 1)Raw samples for prf-solomatov-pred-samsung-nx10-77e31d8ba5a9 (revision 1): R/G/B response at native wavelengths. λ (nm) R G B 400 0.002694169 0.0045455904 0.012539074 410 0.005200487 0.007040936 0.03224716 420 0.0059008608 0.013391167 0.07645675 430 0.00054079667 0.022082334 0.12783803 440 0.001218528 0.030038308 0.16609447 450 0.0031956248 0.034340624 0.19512904 460 0.0049559046 0.04440645 0.21678509 470 0.005566204 0.0682419 0.22238794 480 0.00810721 0.09901097 0.21148653 490 0.006724997 0.13469264 0.17816062 500 0.004379556 0.17905372 0.13250177 510 0.0049646855 0.2311699 0.085722886 520 0.008201468 0.26862648 0.04683616 530 0.009045051 0.28376746 0.022358464 540 0.008944882 0.2788589 0.017259547 550 0.011867398 0.26020205 0.01672988 560 0.027428456 0.23083048 0.021669677 570 0.07624858 0.19194914 0.020950884 580 0.13943796 0.14902914 0.014737366 590 0.17227353 0.10688695 0.010770546 600 0.16656892 0.06929962 0.012099339 610 0.15117568 0.041126464 0.011371533 620 0.12948413 0.027602663 0.0071049253 630 0.11152957 0.021045934 0.00011287773 640 0.092461646 0.015852414 0.000042401647 650 0.073431164 0.011211921 0.000013632806 660 0.056005053 0.010673897 0.0000030729927 670 0.03762814 0.006654031 0.0000024145063 680 0.021640856 0.00282146 0.000006955554 690 0.009250899 0.0028883235 0.000010056562 700 0.0054810815 0.0010036947 0.00006393135