Description
SkyHawk AI 8TB
Seagate SkyHawk AI 8TB Surveillance Hard Drive 256MB Cache SATA 6.0Gb/s
Skyhawk AI is optimized for use in video analytics and imaging applications. Designed with advanced features, it is suitable for use with AI NVRs, servers, and appliances with AI analytics and deep learning capabilities.
SkyHawk AI
Designed for AI video analytics, SkyHawk AI supports up to 64 HD cameras and 32 additional AI streams while offering capacities up to 20TB. It delivers zero dropped frames with ImagePerfect™ AI and has enterprise-class workload rates at 550TB/yr for high reliability.
Drive Health and Data Recovery
When integrated into compatible NVR systems, these drives provide overall system reliability increases due to SkyHawk Health Management (SHM¹). In addition, SkyHawk drives include a robust three-year Rescue Data Recovery Services plan.
Capacity
8TB
Dimensions: H x W x D
26.11mm/1.028in × 101.85mm/4.01in × 146.99mm/5.787in
Weight
720g/1.59lb
Seagate SkyHawk AI 8TB Surveillance Hard Drive 256MB Cache SATA 6.0Gb/s
ImagePerfect™ firmware is designed to ensure seamless video footage capture in
24×7 surveillance workloads that record video from 64 HD cameras.
SkyHawk Health Management actively helps protect your surveillance storage by
focusing on prevention, intervention, and recovery options. Included is RAID
RapidRebuild™, which provides 3× faster volume rebuilds over traditional RAID
rebuilds.
Unparalleled data protection with included 3-year Rescue Data Recovery Services
plan, helping protect important video data with Seagate’s in-house data recovery
services.
RV sensors built in allow drives to maintain performance in multi-bay systems, giving
customers the flexibility to scale their systems when more storage is needed.
ATA streaming support enables recordings from up to 64 HD cameras for smooth,
uninterrupted footage.
Lower power consumption means a reduction in heat emissions, which improves
reliability in surveillance solutions. Tarnish-resistant components help protect drive
from environmental elements, increasing field reliability.
