Stock Price
76.83
Daily Change
5.60 7.86%
Monthly
-34.07%
Yearly
18.20%
Q4 Forecast
75.94



Peers Price Chg Day Year Date
Analog Devices 364.90 3.89 1.08% 59.71% Nov/06
Ambarella 58.50 3.33 6.04% -35.44% Nov/06
Alpha And Omega Semiconductor 22.73 4.25 23.00% 15.67% Nov/06
Broadcom 293.12 1.59 0.55% -16.11% Nov/06
CEVA 26.65 2.09 8.51% -0.34% Nov/06
Kopin 2.94 0.19 6.84% 2.73% Nov/06
Lattice Semiconductor 103.80 5.77 5.89% 66.05% Nov/06
MACOM Technology Solutions 201.99 11.64 6.12% 21.01% Nov/06
MaxLinear 47.12 2.81 6.34% 217.95% Nov/06
Nve Nvec 76.83 5.60 7.86% 18.20% Nov/06

Indexes Price Day Year Date
USND 24665 350.43 1.44% 7.22% Nov/06
US Index 2000 2761 31.04 1.14% 13.49% Nov/06

Nve Nvec traded at $76.83 this Friday November 6th, increasing $5.60 or 7.86 percent since the previous trading session. Looking back, over the last four weeks, Nve Nvec gained 34.07 percent. Over the last 12 months, its price rose by 18.20 percent. Looking ahead, we forecast Nve Nvec to be priced at 75.94 by the end of this quarter and at 71.21 in one year, according to Trading Economics global macro models projections and analysts expectations.

NVE Corporation develops and sells devices that use spintronics, which is a nanotechnology that relies on electron spin to acquire, store, and transmit information. The Company manufactures spintronic products, including sensors and couplers that are used to acquire and transmit data. The Company has also licensed its spintronic magnetoresistive random access memory technology (MRAM). Its parts are found Industrial, scientific, and medical applications, as well as the Industrial Internet of Things. The Company's products include sensor, coupler, and MRAM product. Its sensor products detect the strength or gradient of magnetic fields and are often used to determine position or speed. Its spintronic couplers combine a giant magnetoresistance (GMR) sensor element and a microscopic coil. MRAM uses spintronics to store data. It combines the speed of static random-access memory (SRAM), the density of dynamic random-access memory (DRAM) and the nonvolatility of flash memory.