Samsung HD3. 00. LD, SP2. N, SP2. 50. 4C Hard Disk Drives. In this article we shall examine the latest desktop 3. GB Samsung hard drive of the Spin. Point T1. 33 series.
Besides, we shall finally review two 2. GB models of the Spin. Point P1. 20 series, which didn't make it to our first acquaintance with the P1.
SAMSUNG SP2514N downloaded 585 times for free. Driver uploaded on 7/1/2016 receiving a 86/100 rating by 405 users. Драйвер на видеокарту поставил последний, в настройках 3D указал программу, потом. Model: SAMSUNG SP2514N ATA Device. . In this article we shall examine the latest desktop 300 GB Samsung hard drive of the SpinPoint T133 series. Besides, we shall finally review two . SAMSUNG SP2514N USB Device - there are 2 drivers found for the selected device, which you can download from our website for free. Select the driver needed .
Найдите и скачайте драйверы SAMSUNG SP2514N-FRC. Установите программу для SAMSUNG SP2514N-FRC, чтобы использовать все возможности.. В линейке P120 Samsung установил локальный рекорд – скорость. будет две группы дисков, протестированных с разной версией драйверов. Но Samsung SP2514N и тут не спасовал, завоевав третье место. Все драйвера Samsung к ноутбукам. Драйвера Samsung к ОС: Windows XP, Windows Vista, Windows 7.
I'll tell you right away that 2. GB models have their revenge for not that impressive start of the P1.
And what concerns T1. You will see everything for yourselves. Samsung Spin. Point T1. Along with the recently reviewed good hard disk drives of the Spin. Point M6. 0 series for notebooks, in mid November 2. Samsung Electronics announced the launch of hard disk drives of the new series for desktop computers — Spin.
Point T1. 33. Following the traditions of the previous series of 3. Spin. Point P1. 20 and P8. Samsung had actually used three platters — for example, for the 2.
GB model of the Spin. Point V6. 80. 0 series based on 6. GB platters in 1. The T1. 33 series currently includes models with ONLY six heads (three platters), while less capacious models are still manufactured as part of the P1. P8. 0 two- platter series. By the way, P8. 0- series models were so successful in their time that their modifications have been manufactured for three years already (since 2. Insides of the Samsung Spin.
Point T1. 33 (you can see three platters). That's actually the reason for the other principal difference of the T1. GB and 4. 00 GB, while this series used to have models of 2. GB maximum. Considering that the latter used 1. GB platters (in fact, 2.
GB models are the only Samsung hard disk drives based on such capacious platters, because 2. GB models had their platters formatted to 1. GB), it's not difficult to calculate that senior models of the T1. GB platters (3. 00 GB models are still based on 1. GB platters). Thus, after the rest of the manufacturers, Samsung was forced to launch 3.
GB models, to keep pace with the times and satisfy the growing needs of clients. And the third principal innovation in the T1. TMR heads (Tunneling Magneto Resistance) instead of GMR heads based on a gigantic magneto resistive effect (they had been used for many years). However, TMR heads are used only in 4. GB models of the T1. GB models use traditional GMR heads (and probably 1.
GB platters, already streamlined in the P1. Samsung stresses that a real revolution is the first time ever introduction of TMR read/write heads, which enables an increase of storage densities to a lot more than 1. Gbit/inch². We shall speak of TMR heads and what differs them from traditional GMR heads in a separate article. As for now, I'll just repeat that Samsung is not the first company (not the last either ; )) to start using them in production- line products. For example, Seagate has been using TMR heads for over a year already.. More platters in a drive resulted in a new design. The exterior of desktop hard disk drives from Samsung has also been cardinally changed: Samsung HD3.
LD (T1. 33 series, top) as well as SP2. C and SP2. 51. 4N models (Spin.
Point P1. 20 series, bottom). The differences are obvious. The enclosure of new desktop hard disk drives from Samsung has become more classical, rectangular. There disappeared grooves at the top edges of the chamber as well as a plastic border and (unfortunately) four rubber feet at the back side of the enclosure, which used to cushion impacts during installation.
Traditional rubber feet at the base of 3. Samsung drives of the P1.
P8. 0 series are no more in T1. There are also some differences at the back side: for example, the chamber has become thicker in the center, stiffening ribs got a new profile, the logic board has also been slightly modified. Samsung HD3. 00. LD (top) as well as SP2. N and SP2. 50. 4C (bottom) models — a view from the controller board.
However, the controller board in Ultra ATA models (we currently have a T1. P1. 20- series drives,Samsung hard disk drives with Ultra ATA interface: HD3. LD (top) and SP2. N (bottom). it uses the same Marvell 8. Marvell 8. 8i. 65.
Serial ATA II interface in connection with P1. Ultra. ATA controllers of Samsung HD3. LD (top) and SP2. N (bottom) hard disk drives. The differences are minimal. Unfortunately, Samsung engineers did not use the opportunity to reduce dimensions of the PCB, granted by a more compact Serial.
ATA controller in these hard disk drives. Samsung SP2. 50. 4C SATA controller. I repeat that innovations in the Marvell 8. SATA- controller concern not only miniaturization (1. So. C processor, System- On- Chip), as well as the great increase in a data read rate — up to 1. Gbit/s per channel (according to the specifications, even T1.
Gbit/s per platter), but also power supply — power consumption of the chip is significantly reduced, though data can be transferred twice as fast (that is capacity of PHY buffers is noticeably higher than in Serial ATA 1. Basic specifications of Samsung hard disk drives of Spin. Point T1. 33, P1. P8. 0 series are published in Table 1 (we simplified the P8. Table 1. Samsung Spin. Point T1. 33, P1.
P8. 0 Specifications. MB buffer Series. Spin. Point T1. 33.
Spin. Point P1. 20. Spin. Point P8. 0Models. HD4. 00. LJHD3. 00. LJHD4. 00. LDHD3. LDSP2. 50. 4CSP2. CSP2. 51. 4NSP2. 01. NHD1. 6x. JJSP1. 61.
CSP1. 61. 4Nand lower. Data density, GB per platter 1. Capacity, GB4. 00.
Number of heads/platters. Spindle rotational speed, rpm 7. Data buffer (MB)8. Interface. Serial. ATA 3. 0 and Ultra.
ATA/1. 00 (ATA6) Serial. ATA 3. 0 and Ultra. ATA/1. 33 (ATA7) Ultra. ATA/1. 33 and Serial ATAMaximum Burst 3. MB/s and 1. 00 MB/s. MB/s and 1. 33 MB/s.
MB/s and 1. 5 and 3. Gb/s correspondingly. Maximum data transfer rate, MBit/s up to 1. Seek time (Average Read), ms. MTBF, hours 6. 00,0.
Start/stops. 50,0. Idle acoustic noise, d. BA2. 72. 52. 7Seek acoustic noise (d. BA)2. 92. 82. 8Operating shock resistance (2ms), G6. Non- operating shock resistance (2ms), G3. Temperature, P¡, on(off)+0.. Power consumption, wattsseekidlestandby.
Max weight (g) 6. Along with the increased capacity and data density we already mentioned, the new Samsung T1. P1. 20- series predecessors by a somewhat increased disk transfer rate as well as slightly increased noise (by 1- 2 d. BA) and lesser non- operating shock resistance. Besides, the drives now consume a tad more power during operations and the spin- up power consumption also got higher — up to 8. A and 2. 25. 0 m.
A at +5 V and +1. V buses correspondingly versus 6. A and 1. 90. 0 m. A for the P1. 20).
That's an inevitable cost of more platters. It's not clear why not use the faster Ultra. ATA/1. 33 interface (unlike the old series, the new one supports only Ultra. ATA/1. 00, ATA6).
Especially as it uses the same controller. However, that's not much of a problem. According to the specifications, buffer size, average seek time, operating shock resistance, and reliability are on the same level as in the P1. Will Samsung expand the range of T1.
TMR, we can only make guesses. And in conclusion we'll list those key features and technologies of the new hard disk drives, highlighted by the manufacturer: Capacity: 3. GB and 4. 00 GBFormatted platter capacity: up to 1. GB Interface: Ultra ATA/1. Serial ATA 3. 0. Fluid Dynamic Bearing Spindle Motor Technology. High Speed Dual Digital Signal Processor (DSP) Based Architecture. ATA S. M. A. R. T.
Compliant. ATA Security Mode Feature Set. ATA Host Protected Area Feature Set. ATA Automatic Acoustic Management Feature Set. ATA 4. 8- bit Address Feature Set. ATA Streaming Feature Set. ATA Device Configuration Overlay Feature Set. Multi- Burst On- The- Fly Error Correction.
Noise. Guard. Silent. Seek. Hot- Plug & Hot- Swap capable. Not long ago Samsung also changed the designation system for its HDD models. Now digits designate only capacity in gigabytes, two letters before the digits denote a class (H — hard disk drive, M or D — mobile or desktop).
A letter after the digits stands for a number and type of heads (L=6, J=4, I=3, H=2). The last letter denotes a series and an interface.
Test participants In this article we'll examine the following models: HD3. LD Spin. Point T1. GB Ultra. ATA/1. 00 (manufactured in November 2. Spin. Point P1. 20 series models — 2. GB drives with Ultra. ATA/1. 33 and Serial. ATA interfaces (SP2.
N and SP2. 50. 4C correspondingly, Rev. A, manufactured in July 2. We'll also publish the results of previously reviewed junior Samsung 2.
GB P1. 20- series models (SP2. N and SP2. 00. 4C) as well as two senior P8. SP1. 61. 4N and SP1.
C with Ultra. ATA/1. Serial. ATA 1. 0 interfaces.
The other manufacturers are represented by the following modern hard disk drives of similar capacity and configuration: Results of all Samsung drives are grouped (in the same order) on top of diagrams, while the results of their competitors are published in the bottom part of the diagrams in order to avoid confusion and facilitate analysis. Methods of testing performance We used the following testbed configuration to test hard disks: CPU: Intel Pentium 4 3. C. Motherboard: ABIT IC7- G on i. P chipset. RAM: 2x.
MB DDR4. 00 (2. 5- 3- 3- 6 timings) Video card: Matrox Millennium G4. Main hard disk: Seagate Barracuda SATA V. Power supply: Zalman ZM4. A- APF, 4. 00. W. Chassis: Arbyte YY- W2. BK- A. The hard disks were firmly fixed on the metal rack of the PC case and connected to Ultra. ATA/1. 00 and Serial.
ATA 1. 0 controllers on the ICH5 bridge of the motherboard. The main hard disk was installed as master on the first channel of the chipset controller, and a hard disk to be tested was installed as master on the second channel of the same controller. In order to evaluate Serial ATA II and NCQ effect on performance, we also used Silicon Image Si.
I3. 12. 4- 2 controller (on the PCI3. PCI- X bus for this controller with a single drive are practically the same. Besides, Samsung P1. PCI- X bus : ). That's why their usage in our tests of a standard desktop configuration is well justified). A hard disk drive to be tested was firmly mounted on a metal rack of a PC case (without rubber pads).