Samsung TXN2670WHF, TXN3098WHF, TXN3075WHF, TXN2798HF manual Réglage de la minuterie de marche/arrêt

Models: TXN3298HF TXN3275HF TXN2670WHF TXN3271HF TXN3098WHF TXN3075WHF TXN3071WHF TXN2798HF TXN2775HF

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C A R A C T É R I S T I Q U E S S P É C I A L E S

Réglage de la minuterie de marche/arrêt

1

Appuyez sur la touche

MENU.

Appuyez sur la touche ▼ pour sélectionner “Heure”, puis appuyez sur la touche ENTER.

Vous devez régler l’heure avant

de pouvoir utiliser la minuterie. (Reportez-vous à “Réglage de l’heure” à la page 34.)

Quand une des minuteries a été activée, le voyant de la minuterie s’allume (panneau avant du téléviseur).

2

Appuyez sur la touche ▼ pour sélectionner “H.début”.

Appuyez sur la touche pour sélectionner l’heure de “H.début”.

(Les chiffres des heures sont en surbrillance.)

Appuyez plusieurs fois sur

ou ▼ pour entrer l’heure à laquelle le téléviseur doit s’allumer.

3

Appuyez sur la touche pour sélectionner la minute de “H.début”. (Les chiffres des minutes sont en surbrillance.)

Appuyez sur la touche ▲ ou ▼ pour entrer la minute appropriée.

4

Appuyez sur la touche pour sélectionner “On/Off”.

Appuyez sur la touche ▲ ou ▼ pour activer la minuterie.

Chaque fois que vous appuyez sur la touche

ou ▼, vous permutez entre On et Off.

5

Quand vous avez terminé, appuyez sur la touche

MENU.

Pour désactiver la fonction de

mise en marche automatique, sélectionnez “Off” à cette étape.

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Samsung TXN2670WHF Réglage de la minuterie de marche/arrêt, Appuyez sur la touche √ pour sélectionner l’heure de H.début

TXN3298HF, TXN3275HF, TXN2670WHF, TXN3271HF, TXN3098WHF specifications

The Samsung TXN2775HF, TXN2798HF, TXN3071WHF, TXN3075WHF, and TXN3098WHF are remarkable solid-state drive (SSD) models that have gained attention for their performance and reliability. Each variant comes with its own unique set of features and specifications designed to meet diverse user needs ranging from gamers to professionals working with large datasets.

One of the standout features across these models is their impressive read and write speeds, which can significantly enhance system responsiveness and reduce loading times for applications and games. The TXN2775HF model, for instance, offers impressive sequential read speeds up to 3,500 MB/s, while ensuring reliable write speeds that support data-intensive tasks. Similarly, the TXN2798HF variant pushes the envelope further, providing users with a seamless experience even during complex operations.

Built using advanced 3D NAND technology, these drives offer superior endurance and longevity compared to traditional HDDs. 3D NAND allows for higher storage density, which translates directly into enhanced performance and reduced power consumption, making these SSDs an eco-friendly choice. Users can expect greater data integrity and sustained performance under heavy workloads thanks to the innovative design approaches employed in each model.

Thermal management is a critical aspect of SSD performance, and Samsung has addressed this effectively in the TXN series. Models such as the TXN3071WHF and TXN3075WHF come equipped with heat spreader technology that dissipates heat efficiently. This not only extends the lifespan of the SSD but also ensures consistent performance even during prolonged usage.

Security features are another vital consideration. The TXN3098WHF model integrates sophisticated data protection methods including AES 256-bit encryption and secure erase functionalities. These features provide peace of mind to users by safeguarding sensitive information from unauthorized access.

In summary, Samsung’s TXN2775HF, TXN2798HF, TXN3071WHF, TXN3075WHF, and TXN3098WHF SSDs showcase a blend of speed, reliability, and security. Through the application of cutting-edge technologies such as 3D NAND and advanced thermal management, they stand out as formidable storage solutions for a range of applications. Whether used in gaming, content creation, or enterprise environments, these SSDs are built to deliver outstanding performance and longevity, meeting and exceeding the expectations of modern users.