Faible | Moyenne | Bon | Excellent | |
---|---|---|---|---|
Taille de l'écran | 1,8 in Meilleur: Sony Cyber-shot DSC-W710 Taille de l'écran: 6,7 in | |||
ISO maximum | 800 Meilleur: Pentax KP ISO maximum: 819200 | |||
Pixels efficaces | 3 Mpx Meilleur: Hasselblad H6D-100c Pixels efficaces: 100 Mpx | |||
Résolution max | 2268 x 1512 px Meilleur: Leica M11 Résolution max: 9528 x 6328 px |
Type de capteur | CMOS |
---|---|
Format du capteur d'image | APS-C |
Taille du capteur | 20.7 mm |
Détecteurs photo à capteur | 11.0 Mpx |
Pixels efficaces | 3.0 Mpx |
Rapport d'image w: h | 3:2 |
Résolution max | 2268 x 1512 px |
Autres résolutions |
|
Monture de lentilles | Sigma SA Bayonet |
---|---|
Autofocus |
|
Mise au point manuelle | Oui |
Vitesse d'obturation minimale | 30.0 s |
---|---|
Vitesse d'obturation maximale | 1.0 s |
Priorité d'obturation | Oui |
Priorité d'ouverture | Oui |
Compensation d'exposition plus | 3 |
Compensation d'exposition moins | -3 |
Étapes de l'indemnisation des frais | 1/3 |
Flash intégré | Non |
Flash externe | Oui |
Retardateur | Oui |
Options du retardateur | 10 |
Poids | 950.0 g |
---|---|
Largeur | 152.0 mm |
la taille | 120.0 mm |
Profondeur | 79.0 mm |
HDMI | Non |
---|---|
Version USB | 1.0 |
Télécommande | Oui |
ISO minimum | 100 |
---|---|
ISO maximum | 800 |
ISO maximum amélioré | 1600 |
Préréglages de balance des blancs | 8 |
Balance des blancs personnalisée | Non |
Type de stabilisation d'image | Non |
Taille de l'écran | 1.8 in |
---|---|
LCD articulé | Non |
Points d'écran | 130000 |
Écran tactile | Non |
Vue en direct | Non |
Viseur | Optique |
Couverture du viseur | 98.0 % |
Grossissement du viseur | 0.77 x |
Type de corps | SLR de taille moyenne |
---|---|
Couleur du produit | Noir |
Scellé à l'environnement | Non |
Types de stockage | Compact Flash Type I/II |
---|
Enregistrement timelapse | Non |
---|---|
Capteur d'orientation | Non |
On October 27th 2003 Sigma announced the new SD10. This new X3 based digital SLR is the successor to the SD9 which was the first digital camera to utilize Foveon's unique X3 sensor technology (info here). The SD10 has a Sigma AF mount and, like the SD9, a Foveon X3 10M CMOS Sensor* which has 2268 x 1512 x 3 photodetectors (three photodetectors for each pixel location). With the advent of the SD10 both Sigma and Foveon are taking the (braver but) more logical position of using the number 10 million to represent the number of photodetectors, I'm sure this decision will be debated ad nauseam but it's easy to see their position, in our previous experience the X3 sensor delivers approximately twice the resolution of a standard mosaic sensor with the same number of horizontal and vertical pixel locations.
On October 27th 2003 Sigma announced the new SD10. This new X3 based digital SLR is the successor to the SD9 which was the first digital camera to utilize Foveon's unique X3 sensor technology (info here). The SD10 has a Sigma AF mount and, like the SD9, a Foveon X3 10M CMOS Sensor* which has 2268 x 1512 x 3 photodetectors (three photodetectors for each pixel location). With the advent of the SD10 both Sigma and Foveon are taking the (braver but) more logical position of using the number 10 million to represent the number of photodetectors, I'm sure this decision will be debated ad nauseam but it's easy to see their position, in our previous experience the X3 sensor delivers approximately twice the resolution of a standard mosaic sensor with the same number of horizontal and vertical pixel locations.
Sigma SD10 is a 3.0MP Advanced DSLR camera with a APS-C sized CMOS (Foveon X3) sensor and Sigma SA Bayonet mount. Read our SD10 review to find its pros and cons.
Sigma SD10 Digital SLRs user reviews : 5 out of 5 - 14 reviews - photographyreview.com
Detailed review of Sigma SD10, with actual sample images, and a detailed data sheet.
A brilliant camera for advanced photographers, but new users should look elsewhere.
Sigma SD10
Lenses, Image Sensor, Viewfinder, Flash The SD10 employs a SA bayonet lens mount for Sigma SA series lenses. Because the image sensor is smaller than a 35mm film frame you must use a factor of 1.7x to determine the equivalent angle of view for the lens being used. A normal 50mm lens is the same