Here are all of the models currently in the database for this manufacturer and
drive width. Models are sorted into sections by platter density.
Some tips:
All displayed data capacities follow the storage industry's standardized "1 megabyte = 1,000,000 bytes" rule.
All capacity values are rounded: "40GB" and "1.33TB" may actually be 42,646.25[...]MB and 1333.5666[...]GB. Only the manufacturer knows the exact capacity per platter.
The total capacity of each individual model is shown beside each model number.
A platter-head ratio is shown next to the total capacity tag in brackets. It works very simply: a (3/6) ratio indicates three disks and six read/write heads. Models that "waste" a substantial amount of their actual total capacity in order to fit into certain capacity brackets (such as a 320GB unit based on one 500GB platter and two heads) are marked accordingly as [short-stroked].
Miscellaneous details of possible interest are mentioned at my discretion.
Seagate bought out Samsung's HDD division at the end of 2011. Shortly after, various SpinPoint and EcoGreen F-sequence models began to circulate with Seagate-style model numbers (prefixed with "ST"), which I've added to this page adjacent to the Samsung M/Ns of models they are otherwise identical to.
This page was last updated on 2023/05/15.
60MB/platter Section (all drives under here use platters that can hold 60MB of data apiece.)
SHD-3* (3600RPM, 32KB cache, ATA interface)
SHD-3062A 120MB (2/4)
104MB/platter Section (all drives under here use platters that can hold 104MB of data apiece.)
SHD-3* (3600RPM, 32KB cache, ATA interface)
SHD-3101A 104MB (1/2)
125MB/platter Section (all drives under here use platters that can hold 125MB of data apiece.)
APOLLO-II (3600RPM, 64KB cache, ATA interface)
SHD-3121A 125MB (1/2)
SHD-3122A 250MB (2/4)
SHD-3122A1 250MB (2/4)
178MB/platter Section (all drives under here use platters that can hold 178MB of data apiece.)
APOLLO3 (3600RPM, 64KB cache, ATA interface)
SHD-3171A 178MB (1/2)
SHD-3172A 356MB (2/4)
SHD-3172A1 356MB (2/4)*
*Note: This variant adds a screw to the lid for the top of the spindle hub, as the most obvious difference.
213MB/platter Section (all drives under here use platters that can hold 213MB of data apiece.)
APOLLO4 (3600RPM, ATA interface)
SHD-3211A 213MB (64KB cache) (1/2)
SHD-3212A 426MB (128KB cache) (2/4)
280MB/platter Section (all drives under here use platters that can hold 280MB of data apiece.)
APOLLO5 (3600RPM, ATA-2 interface)
SHD-30140A 140MB (128KB cache) (1/1)
SHD-30280A 280MB (128KB cache) (1/2)
SHD-30420A 420MB (128KB cache) (2/3)
SHD-30560A 560MB (256KB cache) (2/4)
425MB/platter Section (all drives under here use platters that can hold 425MB of data apiece.)
APLUS 4 (4500RPM, 256KB cache, ATA-2 interface)
PLS-30854A 850MB (2/4)
PLS-31274A 1.27GB (3/6)
540MB/platter Section (all drives under here use platters that can hold 540MB of data apiece.)
APLUS 4S (4500RPM, 256KB cache, ATA-2 interface)
PLS-31084A 1.08GB (2/4)
T-BIRD (5400RPM, 256KB cache, ATA-2 interface)
TBR-31081A 1.08GB (2/4)
635MB/platter Section (all drives under here use platters that can hold 635MB of data apiece.)
STARGATE (4500RPM, 256KB cache, ATA-2 interface)
STG-31271A 1.27GB (2/4)
700MB/platter Section (all drives under here use platters that can hold 700MB of data apiece.)
Winner 1 (5400RPM, 128KB cache, ATA-2 interface)
WNR-32100A 2.10GB (3/6)
805MB/platter Section (all drives under here use platters that can hold 805MB of data apiece.)
Winner 1 (5400RPM, 128KB cache, ATA-2 interface)
WNR-31601A 1.61GB (2/4)
Winner 1T (5400RPM, 128KB cache, ATA-2 interface)
WN312016A 1.20GB (2/3)
1.08GB/platter Section (all drives under here use platters that can hold 1.08GB of data apiece.)
Winner 2 (4500RPM, 128KB cache, ATA-2 interface)
WN310820A 1.08GB (1/2)
WN316025A 1.61GB (2/3)
WN321620A 2.16GB (2/4)
Winner 2A (4500RPM, 128KB cache, ATA-3 interface)
WA32162A 2.16GB (2/4)
Winner 3 (5400RPM, 128KB cache, ATA-2 interface)
WN31603A 1.61GB (2/3)
WN32163A 2.16GB (2/4)
Winner 3A (5400RPM, 128KB cache, ATA-3 interface)
WA31083A 1.08GB (1/2)
WA32163A 2.16GB (2/4)
Winner 3X? (W3U*) (5400RPM, 128KB cache, ATA-33 interface)
WU32163A 2.16GB (2/4)
1.21GB/platter Section (all drives under here use platters that can hold 1.21GB of data apiece.)
Winner 2 (4500RPM, 128KB cache, ATA-2 interface)
WN312021A 1.21GB (1/2)
1.27GB/platter Section (all drives under here use platters that can hold 1.27GB of data apiece.)
Winner 3 (5400RPM, 128KB cache, ATA-2 interface)
WN31273A 1.27GB (1/2)
WN32543A 2.54GB (2/4)
Winner 3A (5400RPM, 128KB cache, ATA-3 interface)
WA32543A 2.54GB (2/4)
Winner 3X (W3X*) (5400RPM, 128KB cache, ATA-33 interface)
WU32543A 2.54GB (2/4)
Winner 3X? (W3U*) (5400RPM, 128KB cache, ATA-33 interface)
WU32553A 2.54GB (2/4)
1.44GB/platter Section (all drives under here use platters that can hold 1.44GB of data apiece.)
Winner 5(X) (5400RPM, 128KB cache, ATA-33 interface)
WU32165A 2.16GB (2/3)
1.62GB/platter Section (all drives under here use platters that can hold 1.62GB of data apiece.)
Winner 5(X) (5400RPM, 128KB cache, ATA-33 interface)
WU31605A 1.62GB (1/2)
WU33205A 3.24GB (2/4)
1.70GB/platter Section (all drives under here use platters that can hold 1.70GB of data apiece.)
Voyager 2 (5400RPM, 128KB cache, ATA-33 interface)
VG33402A 3.40GB (2/4)
2.15-2.16GB/platter Section (all drives under here use platters that can hold 2.15 or 2.16GB of data apiece.)
SpinPoint W2100 / Winner 6 (5400RPM, 512KB cache, ATA-33 interface)
SW0212A 2.15GB (1/2)
SW0434A 4.30GB (2/4)
Voyager 3 (5400RPM, 512KB cache, ATA-33 interface)
VG32163A 2.16GB (1/2)
VG34323A 4.32GB (2/4)
VG36483A 6.48GB (3/6)
Voyager 3A (5400RPM, 512KB cache, ATA-33 interface)
VA34323A 4.32GB (2/4)
2.88GB/platter Section (all drives under here use platters that can hold 2.88GB of data apiece.)
Voyager 4 (5400RPM, 512KB cache, ATA-33 interface)
VG34324A 4.32GB (2/3)
VG38404A 8.40GB (3/6 [short-stroked])
Voyager 4A (5400RPM, 512KB cache, ATA-33 interface)
VA34324A 4.32GB (2/3)
3.20GB/platter Section (all drives under here use platters that can hold 3.20GB of data apiece.)
SpinPoint V3200 / Voyager 5A (5400RPM, 512KB cache, ATA-33 interface)
SV0322A 3.20GB (1/2)
SV0644A 6.40GB (2/4)
4.30GB/platter Section (all drives under here use platters that can hold 4.30GB of data apiece.)
SpinPoint V4300 / Voyager 6 (5400RPM, 512KB cache, ATA-33 interface)
SV0211A 2.15GB (1/1)
SV0432A 4.30GB (1/2)
SV0643A 6.45GB (2/3)
SV0844A 8.40GB (2/4 [short-stroked])
SV1296A 12.90GB (3/6)
SpinPoint V4300 / Voyager 6 Plus (5400RPM, 512KB cache, ATA-66 interface)
SV0432D 4.30GB (1/2)
SV0643D 6.45GB (2/3)
SV0844D 8.40GB (2/4 [short-stroked])
SV1296D 12.90GB (3/6)
4.55GB/platter Section (all drives under here use platters that can hold 4.55GB of data apiece.)
Polaris I (7200RPM, 1MB cache, ATA-66 interface)
SP0914D 9.10GB (2/4)
6.8GB/platter Section (all drives under here use platters that can hold 6.8GB of data apiece.)
SpinPoint V6800 (5400RPM, 512KB cache, ATA-66 interface)
SV0682D 6.8GB (1/2)
SV1023D 10.2GB (2/3)
SV1364D 13.6GB (2/4)
SV1705D 17.0GB (3/5)
SV2046D 20.4GB (3/6)
9.1GB/platter Section (all drives under here use platters that can hold 9.1GB of data apiece.)
SpinPoint V9100 (5400RPM, 512KB cache, ATA-66 interface)
SV0431D 4.3GB (1/1 [short-stroked])
SV0842D 8.4GB (1/2 [short-stroked])
SV1363D 13.6GB (2/3)
SV1824D 18.2GB (2/4)
10.2GB/platter Section (all drives under here use platters that can hold 10.2GB of data apiece.)
SpinPoint V10200 (5400RPM, 512KB cache, ATA-66 interface)
SV0511D 5.1GB (1/1)
SV1022D 10.2GB (1/2)
SV1533D 15.3GB (2/3)
SV2044D 20.4GB (2/4)
15.3GB/platter Section (all drives under here use platters that can hold 15.3GB of data apiece.)
SpinPoint V15300 (5400RPM, 512KB cache, ATA-66 interface)
SV0761D 7.6GB (1/1)
SV1532D 15.3GB (1/2)
SV2043D 20.4GB (2/3 [short-stroked])
SV3064D 30.6GB (2/4)
20.4GB/platter Section (all drives under here use platters that can hold 20.4GB of data apiece.)
SpinPoint V20400 (5400RPM, 512KB cache, ATA-66 interface)
SV1021D 10.2GB (1/1)
SV2042D 20.4GB (1/2)
SV3063D 30.6GB (2/3)
SV4084D 40.8GB (2/4)
SpinPoint V20400 (5400RPM, 512KB cache, ATA-100 interface)
SV0761H 7.6GB (1/1 [short-stroked])
SV1021H 10.2GB (1/1)
SV2042H 20.4GB (1/2)
SV3063H 30.6GB (2/3)
SV4084H 40.8GB (2/4)
SpinPoint P20 (7200RPM, 2MB cache, ATA-100 interface)
SP1001H 10.2GB (1/1)
SP2002H 20.4GB (1/2)
SP3003H 30.6GB (2/3)
SP4004H 40.8GB (2/4)
30GB/platter Section (all drives under here use platters that can hold 30GB of data apiece.)
SpinPoint V30 (5400RPM, 512KB cache, ATA-100 interface)
SV2002H 20GB (1/2 [short-stroked])
SV3002H 30GB (1/2)
SV4003H 40GB (2/3 [short-stroked])
SV6004H 60GB (2/4)
40GB/platter Section (all drives under here use platters that can hold 40GB of data apiece.)
SpinPoint V40 (5400RPM, 2MB cache, ATA-100 interface)
SV2001H 20GB (1/1)
SV3012H 30GB (1/2 [short-stroked])
SV4002H 40GB (1/2)
SV6003H 60GB (2/3)
SV8004H 80GB (2/4)
SpinPoint V40P (5400RPM, 2MB cache, ATA-100 interface)
SV2011H 20GB (1/1)
SV4012H 40GB (1/2)
Note: These replace the Samsung MCU in the vanilla V40 models with the Marvell 88i5520-RAF, the same as used in the P40, V60, and VL40 REV. A. Not sure if there are any other major differences...
SpinPoint P40 (7200RPM, 2MB cache, ATA-100 interface)
SP2001H 20GB (1/1)
SP20A1H 20GB (1/1)*
SP4002H 40GB (1/2)
SP40A2H 40GB (1/2)*
SP6003H 60GB (2/3)
SP60A3H 60GB (2/3)*
SP8004H 80GB (2/4)
SP80A4H 80GB (2/4)*
*Note: Quieter versions with fluid-dynamic spindle bearings (FDBs) instead of the others' conventional ball bearings.
60GB/platter Section (all drives under here use platters that can hold 60GB of data apiece.)
SpinPoint V60 (5400RPM, 2MB cache, ATA-100 interface)
SV0221H 20GB (1/1 [short-stroked])
SV0301H 30GB (1/1)
SV0412H 40GB (1/2 [short-stroked])
SV0602H 60GB (1/2)
SV0813H 80GB (2/3 [short-stroked])
SV1204H 120GB (2/4)
80GB/platter Section (all drives under here use platters that can hold 80GB of data apiece.)
SpinPoint VL40 (5400RPM, 2MB cache, ATA-100 interface)
SV0211H 20GB (1/1 [short-stroked])
SV0401H 40GB (1/1)
Note: Units marked "REV. B" on their top label trade the Marvell MCU for a Samsung. As usual with HDDs in this situation, one shouldn't expect practical differences.
SpinPoint VL40P (5400RPM, 2MB cache, ATA-133 interface)
SV0221N 20GB (1/1 [short-stroked])
SV0411N 40GB (1/1)
Note: The VL40P should be considered as a downgraded version of the PL40, considering the many PCB and exterior similarities it shares with the PL40, than as an updated VL40. The most practical change compared to the VL40 is the replacement of the spindle BBs with FDBs, resulting in significantly quieter operation at idle. The PL40, V80, P80, and newer all had FDBs from the get-go.
SpinPoint PL40 (7200RPM, 2MB cache, ATA-133 interface)
SP0411N 40GB (1/1)
Note: The SpinPoint "L" lines seemed to be aimed squarely at certain contemporary Maxtor drives, competing with the same format (a new ~18mm z-height chassis limited to one head). The Samsungs with their landing zone were decidedly lower-tech, but X-bit Labs at the time found the PL40 to be a noticeably better performer.
SpinPoint PL40 (7200RPM, 2MB cache, SATA-150 interface)
SP0411C 40GB (1/1)
SpinPoint V80 (5400RPM, 2MB cache, ATA-133 interface)
SV0401N 40GB (1/1)
SV0802N 80GB (1/2)
SV1203N 120GB (2/3)
SV1604N 160GB (2/4)
SpinPoint V80CE (5400RPM, 2MB cache, ATA-100 interface, for CE applications)
SV0802E 80GB (1/2)
SV1203E 120GB (2/3)
SV1604E 160GB (2/4)
SpinPoint P80 (7200RPM, ATA-133 interface)
SP0401N 40GB (2MB cache) (1/1)
SP0612N 60GB (2MB cache) (1/2 [short-stroked])
SP0802N 80GB (2MB cache) (1/2)
SP0822N 80GB (2MB cache) (1/2)*
SP0812N 80GB (8MB cache) (1/2)
SP1203N 120GB (2MB cache) (2/3)
SP1223N 120GB (2MB cache) (2/3)*
SP1213N 120GB (8MB cache) (2/3)
SP1233N 120GB (8MB cache) (2/3)*
SP1604N 160GB (2MB cache) (2/4)
SP1624N 160GB (2MB cache) (2/4)*
SP1614N 160GB (8MB cache) (2/4)
SP1634N 160GB (8MB cache) (2/4)*
*Note: These models use a Samsung-made MCU chip instead of the usual Marvell one, and also (similarly inconsequentially) seem to be limited to ATA-100. There may be other differences. They don't appear to exist before the first half of 2005, where the P80 series began its rollout around the middle of 2003. The two-disk models are marked on their top labels as "P80A".
SpinPoint P80CE (7200RPM, ATA-100 interface, for CE applications)
SP0451N 40GB (2MB cache) (1/1)
SP0842N/CE 80GB (2MB cache) (1/2)
SP1243N/CE 120GB (2MB cache) (2/3)
SP1253N/CE 120GB (8MB cache) (2/3)
SP1644N/CE 160GB (2MB cache) (2/4)
SP1654N/CE 160GB (8MB cache) (2/4)
Note: The "/CE" suffix, found on the top label next to the model number, is commonly missing, and missing implies no specialization for consumer-electronics devices.
Note 2: The single-platter models have "P80VEM" printed on their top labels; the others have "P80M". Their PCB components differ again from other P80s.
SpinPoint P80 (7200RPM, 8MB cache, SATA-150 interface)
SP0401C 40GB (1/1)
SP0812C 80GB (1/2)
SP1213C 120GB (2/3)
SP1614C 160GB (2/4)
SpinPoint P80SD (7200RPM, 8MB cache, SATA-300 interface)
HD040GJ 40GB (1/1)
HD080HJ 80GB (1/2)
HD120IJ 120GB (2/3)
HD160JJ 160GB (2/4)
100-125GB/platter Section (all drives under here use platters that can hold 100 or 125GB of data apiece.)
SpinPoint P120 (7200RPM, ATA-133 interface)
SP1613N 160GB (8MB cache) (2/3 [short-stroked])
SP2014N 200GB (8MB cache) (2/4)
SP2504N 250GB (2MB cache) (2/4)
SP2514N 250GB (8MB cache) (2/4)
SpinPoint P120CE (7200RPM, 8MB cache, ATA-133 interface, for CE applications)
SP2014N/CE 200GB (2/4)
SP2514N/CE 250GB (2/4)
SpinPoint P120S (7200RPM, 8MB cache, SATA-300 interface)
SP1603C 160GB (2/3 [short-stroked])
SP2004C 200GB (2/4)
SP2504C 250GB (2/4)
SpinPoint V120CE (5760RPM, 2MB cache, ATA-133 interface, for CE applications)
HA200JC 200GB (2/4)
HA250JC 250GB (2/4)
SpinPoint T133 (7200RPM, 8MB cache, ATA-100 interface)
HD300LD 300GB (3/6)
SpinPoint T133S (7200RPM, 8MB cache, SATA-300 interface)
HD300LJ 300GB (3/6)
134GB/platter Section (all drives under here use platters that can hold 134GB of data apiece.)
SpinPoint T133 (7200RPM, 8MB cache, ATA-100 interface)
HD320LD 320GB (3/5 [short-stroked])
HD400LD 400GB (3/6)
SpinPoint T133S (7200RPM, SATA-300 interface)
HD320LJ 320GB (8MB cache) (3/5 [short-stroked])
HD321LJ 320GB (16MB cache) (3/5 [short-stroked])
HD400LJ 400GB (8MB cache) (3/6)
HD401LJ 400GB (16MB cache) (3/6)
160-167GB/platter Section (all drives under here use platters that can hold 160 or 167GB of data apiece.)
SpinPoint S166 (7200RPM, SATA-300 interface)
HD081GJ 80GB (2MB cache) (1/1)
HD082GJ 80GB (8MB cache) (1/1)
HD161HJ 160GB (8MB cache) (1/2)
SpinPoint T166 (7200RPM, SATA-300 interface)
HD160HJ 160GB (8MB cache) (1/2)
HD251KJ 250GB (8MB cache) (2/3)
HD252KJ 250GB (16MB cache) (2/3)
HD320KJ 320GB (8MB cache) (2/4)
HD321KJ 320GB (16MB cache) (2/4)
HD402LJ 400GB (8MB cache) (3/5)
HD403LJ 400GB (16MB cache) (3/5)
HD500LJ 500GB (8MB cache) (3/6)
HD501LJ 500GB (16MB cache) (3/6)
SpinPoint T166CE (7200RPM, 8MB cache, SATA-300 interface, for CE applications)
HA320KJ 320GB (2/4)
HA500LJ 500GB (3/6)
200-250GB/platter Section (all drives under here use platters that can hold 200 or 250GB of data apiece.)
SpinPoint S250 (7200RPM, 8MB cache, SATA-300 interface)
HD162HJ 160GB (1/2 [short-stroked])
HD200HJ 200GB (1/2)
HD250HJ 250GB (1/2)
SpinPoint S250CE (7200RPM, 8MB cache, SATA-300 interface, for CE applications)
HA250HJ 250GB (1/2)
EcoGreen F1DT (5400RPM, SATA-300 interface)
HD502JI 500GB (16MB cache) (2/4)
HD753LI 750GB (32MB cache) (3/6)
EcoGreen F1CE (5400RPM, 16MB cache, SATA-300 interface, for CE applications)
HA252HI 250GB (1/2)
SpinPoint F1 / F1DT (7200RPM, SATA-300 interface)
HD083GJ 80GB (8MB cache) (1/1 [short-stroked])
HD251HJ 250GB (8MB cache) (1/2)
HD252HJ 250GB (16MB cache) (1/2)
HD501IJ 500GB (8MB cache) (2/4)
HD502IJ 500GB (16MB cache) (2/4)*
HD752LJ 750GB (16MB cache) (3/6)
HD753LJ 750GB (32MB cache) (3/6)*
*Note: Individuals with 334GB platters are known to exist; these are pushing ~115MB/s sequential rates at their outer edges instead of ~90MB/s.
SpinPoint F1 RAID Class / F1R (7200RPM, SATA-300 interface, rated for 24/7 operation)
HE502IJ 500GB (16MB cache) (2/4)
HE753LJ 750GB (32MB cache) (3/6)
SpinPoint F1CE (7200RPM, 8MB cache, SATA-300 interface, for CE applications)
HA751LJ 750GB (3/6)
334GB/platter Section (all drives under here use platters that can hold 334GB of data apiece.)
EcoGreen F1DT (5400RPM, SATA-300 interface)
HD642JI 640GB (16MB cache) (2/4)
HD103UI 1TB (32MB cache) (3/6)
EcoGreen F1CE (5400RPM, 16MB cache, SATA-300 interface, for CE applications)
HA322HI 320GB (1/2)
SpinPoint F1 / F1DT (7200RPM, SATA-300 interface)
HD161GJ / ST160DM002 160GB (8MB cache) (1/1)
HD162GJ 160GB (16MB cache) (1/1)
HD321HJ 320GB (8MB cache) (1/2)
HD322HJ 320GB (16MB cache) (1/2)
HD642JJ 640GB (16MB cache) (2/4)
HD102UJ 1TB (16MB cache) (3/6)
HD103UJ / ST1000DM006 1TB (32MB cache) (3/6)
SpinPoint F1 RAID Class / F1R (7200RPM, SATA-300 interface, rated for 24/7 operation)
HE642JJ 640GB (16MB cache) (2/4)
HE103UJ 1TB (32MB cache) (3/6)
SpinPoint F1CE (7200RPM, 8MB cache, SATA-300 interface, for CE applications)
HA101UJ 1TB (3/6)
500GB/platter Section (all drives under here use platters that can hold 500GB of data apiece.)
EcoGreen F2 (5400RPM, SATA-300 interface)
HD502HI 500GB (16MB cache) (1/2)
HD103SI / ST1000DL003 1TB (32MB cache) (2/4)
HD154UI 1.5TB (32MB cache) (3/6)*
*Note: These can occasionally be found with the F4EG HD155UI's Seagate model number (ST1500DL004).
Note: The main PCB of earlier batches (manufactured before Q4 2009, AFAIK) has a Marvell 88i8826* MCU with internal DRAM, and (on the multi-platter models) has the positions for three shock-detection sensors populated. Later batches use an 88i8827, a discrete DRAM chip, and lack the sensors. There may be other differences, but the top label will have "REV. A" printed regardless. This all may also apply to models of the various F1 families (I haven't checked exhaustively).
EcoGreen F3 (5400RPM, SATA-300 interface)
HD253GI 250GB (16MB cache) (1/1)
HD503HI / ST500DL001 500GB (16MB cache) (1/2)
HD105SI / ST1000DL004 1TB (32MB cache) (2/4)
EcoGreen F3EG (5400RPM, 32MB cache, SATA-300 interface)
HD153WI 1.5TB (3/6)
HD203WI 2TB (4/8)
Note: These implement a ramp-loading mechanism for their heads, as the only existing Samsung 3.5" models to do so.
SpinPoint F3 (7200RPM, SATA-300 interface)
HD163GJ / ST160DM000 160GB (16MB cache) (1/1 [short-stroked])
HD254GJ 250GB (8MB cache) (1/1)
HD253GJ / ST250DM001 250GB (16MB cache) (1/1)
HD323HJ 320GB (16MB cache) (1/2 [short-stroked])
HD502HJ / ST500DM005 500GB (16MB cache) (1/2)
HD754JJ 750GB (32MB cache) (2/3)
HD103SJ / ST1000DM005 1TB (32MB cache) (2/4)
SpinPoint F3 (7200RPM, SATA-600 interface)
HD253GM 250GB (16MB cache) (1/1)
HD502HM 500GB (16MB cache) (1/2)
HD103SM / ST1000DM007 1TB (32MB cache) (2/4)
SpinPoint F3R (7200RPM, SATA-300 interface, rated for 24/7 operation)
HE253GJ 250GB (16MB cache) (1/1)
HE502HJ 500GB (16MB cache) (1/2)
HE103SJ 1TB (32MB cache) (2/4)
640-667GB/platter Section (all drives under here use platters that can hold 640 or 667GB of data apiece.)
SpinPoint F4 (7200RPM, SATA-300 interface)
HD255GJ 250GB (8MB cache) (1/1 [short-stroked])
HD256GJ 250GB (16MB cache) (1/1 [short-stroked])
HD322GJ / ST320DM001 320GB (16MB cache) (1/1)
Note: Certain individuals use Advanced Format; check the top label to make sure. This may only apply to the 320GB version.
Note 2: These use a simplified HDA that can accommodate only one read/write head, similarly to the earlier VL40(P) and PL40. But unlike those models, the F4 fills the standard ~26mm height instead of slimming down to ~18mm. Why's that?
SpinPoint F4 (7200RPM, 16MB cache, SATA-600 interface)
HD256GM 250GB (1/1 [short-stroked])
HD322GM 320GB (1/1)
SpinPoint F4? (5400RPM, 16MB cache, SATA-150 interface)
HD322GI 320GB (1/1)
Note: These lack public-facing acknowledgement and documentation, but seem broadly similar to the above F4s aside from the decreased spindle and interface speeds. They're usually found in certain TV DVRs.
EcoGreen F4EG (5400RPM, 32MB cache, SATA-300 interface, Advanced Format)
HD155UI / ST1500DL004 1.5TB (3/5 [short-stroked])
HD204UI / ST2000DL004 2TB (3/6)
1.0TB/platter Section (all drives under here use platters that can hold 1.0TB of data apiece.)
SpinPoint F6 EcoGreen (5400RPM, 32MB cache, SATA-600 interface, Advanced Format)
HN-D201RAE 2TB (2/4)
Note: Axed by Seagate before production could begin. Only prototypes exist, including the one that was shown at CeBIT 2011.
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