The MM1A-0330HPSM is a versatile, robust, and broadband double balanced mixer with an integrated broadband LO driver amplifier. The MM1A-0330HSM is ideal for applications with wide bandwidths and operation through the K band. The integrated LO driver amplifier allows for operation with LO powers as low as -2 dBm while retaining exceptional conversion loss and linearity.

The MM1A-0626SPSM is a versatile, robust, and broadband double balanced mixer with an integrated broadband LO driver amplifier. The MM1A-0626SPSM is ideal for applications with wide bandwidths and operation through the K band. The integrated LO driver amplifier allows for operation with LO powers as low as -4 dBm while retaining exceptional conversion loss and linearity.

The MM2-0530LBH is a passive MMIC triple balanced mixer. It features a broadband IF port that spans from 2 to 20 GHz, and has excellent spurious suppression. GaAs MMIC technology improves upon the previous generation of hand assembled, hybrid M2 triple balanced mixers with improved isolations, unit-to-unit repeatability and reliability. The MM2-0530L is available as a wire bondable chip or connectorized bullet housing package.

The MM1-0626HCSP2 is a highly linear passive GaAs double balanced MMIC mixer suitable for both up and down-conversion applications. As with all Marki Microwave mixers, it features excellent conversion loss, isolation and spurious performance across a broad bandwidth and in a small form factor. The MM1-0626HCSP2 is available in a lead-free, RoHS compliant 2.5x2.5 mm chip scale surface mount package (CSP2) and is compatible with standard leaded and lead-free PCB reflow soldering processes. The MM1-0626HCSP2 is a smaller alternative to the standard MM1-0626HSM.

The MM1-0626SCSP2 is a highly linear passive GaAs double balanced MMIC mixer suitable for both up and down-conversion applications. As with all Marki Microwave mixers, it features excellent conversion loss, isolation and spurious performance across a broad bandwidth and in a small form factor. The MM1-0626SCSP2 is available in a lead-free, RoHS compliant 2.5x2.5 mm chip scale surface mount package (CSP2) and is compatible with standard leaded and lead-free PCB reflow soldering processes. The MM1-0626SCSP2 is a smaller alternative to the standard MM1-0626SSM.

The MM1-1886HCSP2 is a highly linear passive GaAs double balanced MMIC mixer suitable for both up and down-conversion applications. As with all Marki Microwave mixers, it features excellent conversion loss, isolation and spurious performance across a broad bandwidth and in a small form factor. The MM1-1886HCSP2 is available in a lead-free, RoHS compliant 2.5x2.5 mm chip scale surface mount package (CSP2) and is compatible with standard leaded and lead-free PCB reflow soldering processes.‚

The MM1-0320L is a passive double balanced MMIC mixer. It delivers excellent 7 dB conversion loss, superior isolations and spurious performance across a broad 3 to 20 GHz RF/LO bandwidth. Low LO drive requirement allows operation at as low as +5 dBm inputs. The MM1-0320L is available both as a wire bondable chip or in a 2.92mm connectorized BH package. The MM1-0320LBH is a superior alternative to Marki Microwave's MM1-0320LS, providing improved conversion loss across band in a smaller form factor. The MM1-0320L is a low barrier diode version of the MM1-0320H. If higher LO power is available, the MM1-0320H is recommended for higher mixer linearity.

The MM1-1850HPSM-2 is a wideband GaAs MMIC double balanced mixer, operating from 18 to 50 GHz. It performs well as both an up and down converter, offering typical conversion loss of 10 dB, input IP3 of +23.5 dBm, and LO to RF isolation of 41 dB, with strong spurious suppression. The MM1-1850HPSM-2 features a wide LO drive range from +12 to +22 dBm, granting versatility across various system architectures. It is offered alongside a companion mixer the MM1-1850SSM, which is optimized for high linearity applications, giving designers a performance matched option within the same frequency band.

The MM2-0432HPSM-1 is a passive GaAs MMIC triple-balanced mixer designed with broadband operation from 4 to 32 GHz. It delivers low conversion loss, high linearity, and excellent port-to-port isolation. The device supports a wide LO input power range of +15 to +21 dBm (nominal +18 dBm), providing flexibility across system implementations. Packaged in a 3 ƒâ€” 3 mm QFN, the MM2-0432HPSM-1 enables compact, repeatable implementations in space-constrained RF assemblies. Evaluation boards are available.

The MM2-0432HPSM-2 is a passive GaAs MMIC triple-balanced mixer designed with broadband operation from 4 to 32 GHz. It delivers low conversion loss, high linearity, and excellent port-to-port isolation. The device supports a wide LO input power range of +15 to +21 dBm (nominal +18 dBm), providing flexibility across system implementations. Packaged in a 3 ƒâ€” 3 mm QFN, the MM2-0432HPSM-2 enables compact, repeatable implementations in space-constrained RF assemblies. Evaluation boards are available.

The MM2-0843HPSM-1 is a passive GaAs MMIC triple-balanced mixer designed with broadband operation from 8 to 43 GHz. It delivers low conversion loss, high linearity, and excellent port-to-port isolation. The device supports a wide LO input power range of +15 to +21 dBm (nominal +18 dBm), providing flexibility across system implementations. Packaged in a 3 ƒâ€” 3 mm QFN, the MM2-0843HPSM-1 enables compact, repeatable implementations in space-constrained RF assemblies. Evaluation boards are available.

The MM2-0843HPSM-2 is a passive GaAs MMIC triple-balanced mixer designed with broadband operation from 8 to 43 GHz. It delivers low conversion loss, high linearity, and excellent port-to-port isolation. The device supports a wide LO input power range of +15 to +21 dBm (nominal +18 dBm), providing flexibility across system implementations. Packaged in a 3 ƒâ€” 3 mm QFN, the MM2-0843HPSM-2 enables compact, repeatable implementations in space-constrained RF assemblies. Evaluation boards are available.

The MM1-1886HCH-2 is a compact, passive double-balanced MMIC mixer engineered for wideband performance. It features excellent 8.5 dB conversion loss, superior isolations, and spurious performance across a broad 18 to 86 GHz RF/LO bandwidth. Low LO drive requirement allows operation at as low as +13 dBm inputs. The MM1-1886H is available as a wire bondable chip or a connectorized package.

The MM1-1886HM is a passive double balanced MMIC mixer. It features excellent 8.5 dB conversion loss, superior isolations and outstanding spurious performance across a broad 18 to 86 GHz RF/LO bandwidth. Optimized for higher LO drive levels, the MM1-1886HM delivers enhanced linearity with a minimum LO drive of +13 dBm. For a lower LO drive option, see MM1-1886LM. The MM1-1886H is available as a wire bondable chip or a connectorized package.

The MM1-1886LCH-2 is a compact, passive double-balanced MMIC mixer engineered for wideband performance. Operating from 18 to 86 GHz, it features excellent 8.5 dB conversion loss and isolation down to 56 dB. The MM1-1886LCH-2 operates with an LO drive as low as +7 dBm and can be purchased as either a wire-bondable die or a connectorized module.

The MM1-1886LM is a passive double balanced MMIC mixer. It features excellent 8.5 dB conversion loss, superior isolations and spurious performance across a broad 18 to 86 GHz RF/LO bandwidth. Low LO drive requirement allows operation at as low as +7 dBm inputs. The MM1-1886L is available as a wire bondable chip or a connectorized package.

IQ-0307LXP is Not Recommended for New Design. Please refer to MMIQ-0218LXPC as the recommended replacement.

The IQ-0307 is a passive IQ mixer. This broadband mixer spans 3 to 7 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-0307MXP is End of Life. Please refer to MMIQ-0218LXPC as the recommended replacement.

The IQ-0307 is a passive IQ mixer. This broadband mixer spans 3 to 7 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-0618LXP is Not Recommended for New Design. Please refer to MMIQ-0626LS as the recommended replacement.

The IQ-0618 is a passive IQ mixer. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-0618MXP is Not Recommended for New Design. Please refer to MMIQ-0626HS as the recommended replacement.

The IQ-0618 is a passive IQ mixer. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-1545LMP is Not Recommended for New Design. Please refer to MMIQ-0205HXA as the recommended replacement.

The IQ-1545 is a passive IQ mixer. This broadband mixer spans 1.5 to 4.5 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 25 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-4509LXP is End of Life. Please refer to MMIQ-0416LS as the recommended replacement.

The IQ-4509 is a passive IQ mixer. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IQ-4509MXP is End of Life. Please refer to MMIQ-0416LS as the recommended replacement.

The IQ-4509 is a passive IQ mixer. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from DC to 500 MHz. Up to 23 dB of image rejection is available due to the excellent phase and amplitude balance of its LO quadrature hybrid. IQ series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IQ series mixers are still used in legacy systems and are suitable for laboratory use.

IR-4509LXP is Not Recommended for New Design. Please refer to MMIQ-0416LS and QH-0R518 as the recommended replacement.

The IR-4509 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from 50 to 90 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IR-4509MXP is End of Life. Please refer to MMIQ-0416LS and QH-0R518 as the recommended replacement.

The IR-4509 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from 50 to 90 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IR-4509MXP-1 is End of Life. Please refer to MMIQ-0416LS and QH-0R518 as the recommended replacement.

The IR-4509 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from 50 to 90 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IR-4509MXP-2 is Not Recommended for New Design. Please refer to MMIQ-0416LS and QH-0R518 as the recommended replacement.

The IR-4509 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 4.5 to 9 GHz on the RF and LO ports with an IF from 50 to 90 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IRW-0618LXW-1 is Not Recommended for New Design. Please refer to MMIQ-0626LS and QH-0R518 as the recommended replacement.

The IRW-0618 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from 4 to 210 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IRW-0618LXW-2 is Not Recommended for New Design. Please refer to MMIQ-0626LS and QH-0R518 as the recommended replacement.

The IRW-0618 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from 4 to 210 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IRW-0618MXW-1 is Not Recommended for New Design. Please refer to MMIQ-0626HS and QH-0R518 as the recommended replacement.

The IRW-0618 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from 4 to 210 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

IRW-0618MXW-2 is Not Recommended for New Design. Please refer to MMIQ-0626HS and QH-0R518 as the recommended replacement.

The IRW-0618 is an image reject mixer that performs single sided downconversion, or "image reject" conversion, and offers excellent image rejection across broad bandwidths. This broadband mixer spans 6 to 18 GHz on the RF and LO ports with an IF from 4 to 210 MHz. IR series mixers have generally been replaced with MMIQ mixers with superior performance, repeatability, and availability. IR series mixers are still used in legacy systems and are suitable for laboratory use.

The MMIQA-0626HPSM is a versatile, robust, and broadband IQ mixer with an integrated broadband LO driver amplifier. The MMIQA-0626HPSM is ideal for IQ, single sideband, and image reject mixing applications with wide bandwidths. The integrated LO driver amplifier allows for operation with LO powers as low as -2dBm while retaining exceptional conversion loss and linearity.

The MMIQA-1035SPSM is a versatile, robust, and broadband IQ mixer with an integrated broadband LO driver amplifier. The MMIQA-1035SPSM is ideal for IQ, single sideband, and image reject mixing applications with wide bandwidths and operation at mmWave frequencies. The integrated LO driver amplifier allows for operation with LO powers as low as +0dBm while retaining exceptional conversion loss and linearity.

M1-0008LQP is End of Life. Please refer to T3-12LQP or MM1-0212LS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0012LQP is End of Life. Please refer to T3-12LQP or MM1-0212LS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204HP is End of Life. Please refer to MM1-0212HS or MM1-0212SS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204LE-2 is Not Recommended for New Design. Please refer to MM1-0212LSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204LP is Not Recommended for New Design. Please refer to MM1-0212LS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204ME-2 is End of Life. Please refer to MM1-0212LSM-2 or MM1-0115HPSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204MP is Not Recommended for New Design. Please refer to MM1-0212LS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204NE-1 is End of Life. Please refer to MM1-0212HSM-2 or MM1-0115HPSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0204NP is End of Life. Please refer to MM1-0212LS or MM1-0212HS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0208LE-1 is Not Recommended for New Design. Please refer to MM1-0212LSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0208LE-2 is Not Recommended for New Design. Please refer to MM1-0212LSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0208LP is Not Recommended for New Design. Please refer to MM1-0212LS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0208ME-2 is End of Life. Please refer to MM1-0212LSM-2 or MM1-0115HPSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0208MP is End of Life. Please refer to MM1-0212LS or MM1-0115HS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0212HP is End of Life. Please refer to MM1-0212HS or MM1-0212SS as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0212LE-1 is Not Recommended for New Design. Please refer to MM1-0212LSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.

M1-0212LE-2 is Not Recommended for New Design. Please refer to MM1-0212LSM-2 as the recommended replacement.

M1 double balanced mixers are hybrid assemblies that have been hand-tuned to feature low conversion loss and high isolations and a DC IF response. M1 mixers have generally been replaced with MM1 mixers with superior performance, repeatability, and availability. M1 mixers are still used in legacy systems and are suitable for laboratory use.