Renesas SLG46585M-SKT

Overview

SLG46585M-SKT from Renesas Electronics (formerly Silego) is a socket adapter kit designed to support rapid prototyping and evaluation of the SLG46585M GreenPAK programmable mixed-signal IC. It includes one SLG4SA29‐30x30 socket adapter and 50 SLG46585M sample devices, enabling immediate device programming and functional validation on target development platforms.

For engineers reviewing the SLG46585M-SKT datasheet, SLG46585M-SKT pinout, SLG46585M-SKT application, or SLG46585M-SKT equivalent, this kit provides hardware-ready access to the SLG46585M's configurable logic, analog blocks, and I²C interface for fast iteration in power management, sensor interface, and system control designs.

Technical Context

The SLG46585M-SKT is not an electronic component but a mechanical and logistical evaluation aid. It interfaces exclusively with the GreenPAK Advanced and Pro Development Boards via standardized 30×30 mm footprint alignment and supports full I²C-based configuration of the embedded SLG46585M ICs using GreenPAK Designer software.

This kit enables direct replacement of soldered SLG46585M units during debug cycles, preserving board integrity while allowing repeated reprogramming, voltage tolerance testing (1.8 V to 5.5 V), and analog block calibration across temperature ranges without rework.

Key Specifications

Availability

SLG46585M-SKT is available at Aetrix Electronics and suitable for GreenPAK-based power sequencing, sensor signal conditioning, and system-level logic consolidation requiring stable component supply and rapid design iteration.

Supply support for SLG46585M-SKT includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Renesas Electronics acquired Silego Technology in 2018 and continues development and support of the GreenPAK family. Silego pioneered configurable mixed-signal ASICs with integrated logic, analog, and non-volatile configuration memory.

The SLG46585M-SKT supports the GreenPAK product line, which targets cost-sensitive, low-power embedded systems needing field-programmable analog and digital functionality without custom silicon.

FAQ

What is the primary purpose of the SLG46585M-SKT?

The SLG46585M-SKT is a socket adapter kit intended for rapid prototyping and evaluation of the SLG46585M GreenPAK IC. It contains one SLG4SA29‐30x30 socket and 50 SLG46585M samples, enabling quick device swapping, reprogramming, and functional testing on compatible GreenPAK development boards without soldering.

Which development boards are compatible with SLG46585M-SKT?

The SLG46585M-SKT is explicitly designed for use with the GreenPAK Advanced Development Board and GreenPAK Pro Development Board. Its SLG4SA29‐30x30 socket matches the mechanical and electrical interface requirements of those boards, and no other platforms are supported per official documentation.

Does SLG46585M-SKT include programming hardware or software?

No, SLG46585M-SKT does not include dedicated programming hardware. It relies on the host development board's I²C interface and requires GreenPAK Designer software (v5.0 or later) to configure the included SLG46585M samples. The kit itself provides physical access-not firmware tools or cables.

Can SLG46585M-SKT be used with other GreenPAK devices besides SLG46585M?

No-SLG46585M-SKT is mechanically and electrically optimized for the SLG46585M QFN-20 package. While other GreenPAK devices may share similar footprints, the SLG4SA29‐30x30 socket and included samples are specific to SLG46585M. Using it with other variants is not validated or supported.

Is the SLG46585M-SKT suitable for production deployment?

No, SLG46585M-SKT is strictly an evaluation and development tool. The socket adapter and sample ICs are not qualified for production environments. For manufacturing, designers must integrate the SLG46585M directly onto their PCB using standard QFN-20 reflow processes-not socket-based mounting.