Key Highlights

  • Net sales fell 1.4% YoY to $319.6 million in Q2 2026.
  • Core adjusted EBITDA dropped 43.3% YoY to $45.5 million.
  • Special distribution of $5.00 per share payable August 27, 2026.
  • Shares closed at $6.12, up $0.04, or 1%, at Tuesday's close.

Vistance Networks, Inc. (NASDAQ:VISN)'s second quarter paired a swing to higher income from continuing operations with a sharp decline in core adjusted EBITDA, as license sales normalized from a year earlier. Management said the Aurora segment's results were generally aligned with its expectations, attributing the year-over-year decline to strong license sales in the second quarter of 2025, memory chip pricing, and stranded costs tied to its divestitures.

VISN, formerly CommScope Holding Company, provides infrastructure solutions for broadband, wireless and entertainment networks through its Aurora Networks business, following the completed sales of its RUCKUS segment to Belden Inc. and its Connectivity and Cable Solutions segment to Amphenol. The company's remaining operations center on cable headend, access network and video processing equipment sold to telecommunications operators, cable providers and Data Center customers worldwide.

The company ended the quarter with $151.6 million in cash and cash equivalents, including $38.0 million held in Assets for sale, and total Liquidity of approximately $288.6 million, with no outstanding borrowings under its asset-based revolving Credit facility.

Second quarter 2026 compared with the prior-year quarter

Net sales, discussed above, declined on decreases in the Europe, Middle East and Africa region and Canada, partly offset by increases in the U.S., Asia Pacific, and Caribbean and Latin America regions. Aurora segment net sales of $319.2 million decreased 1.0% from the prior-year period, which the company attributed to a decline in its legacy business, partly offset by growth in its Access Technologies business.

Core non-GAAP adjusted EBITDA Margin decreased to 14.2% of net sales from 24.7%, and non-GAAP adjusted EBITDA margin decreased to 11.2% from 16.3%. Non-GAAP adjusted Net Income was $28.2 million, or $0.12 per diluted share, against $36.7 million, or $0.13 per diluted share, a year earlier. Income from continuing operations was $26.1 million, or $0.06 per diluted share, against $5.9 million, or $(0.05) per share, a year earlier.

GAAP Cash Flow used in operations was $72.7 million, and free cash flow used was $74.7 million after $2.0 million of capital expenditures. On April 7, 2026, the board approved a $10.00 per share special distribution funded from CCS sale proceeds, paid April 27, 2026; on August 5, 2026, the board declared a further $5.00 per share special distribution, funded from RUCKUS sale proceeds, payable August 27, 2026.

Management outlook and stated risks

Management said it revised its full-year adjusted EBITDA guideposts to $200 million to $225 million, down from the range set after the first quarter, citing continued challenges with memory chip pricing and availability. Chief Financial Officer Kyle Lorentzen said the company remains confident in underlying Demand for its products.

Chief Executive Charles Treadway said that, following the special distribution, the company expects to end the year with between $700 million and $750 million of cash and no outstanding debt, and that it expects a $160 million tax refund in 2027 related to its divestiture tax strategy. He said the company will evaluate organic and inorganic growth opportunities and continue to consider stock Buybacks under its $100 million board-approved repurchase authority.

Where Things Stand

Management has tied its forward plans to the completed separation from its RUCKUS and CCS businesses, including continued evaluation of growth investments and its board-approved buyback program. On August 4, 2026, director Joanne M. Maguire notified the board of her retirement, reducing the board to seven members. In a September 29, 2026 release, Aurora Networks said Comcast had begun field trials of its new DOCSIS 4.0 broadband node and amplifier platforms.